- published: 25 Aug 2017
- views: 293571
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Blower description
The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most natural environments should be able to replicate this design without difficulty. This blower differed from the previous one in several ways to simplify the construction method.
Firstly, the impellor was simply a stick as a rotor with a 40 cm wide rectangle of bark tied into a split in its end with a bark fibre cordage. A stone with a pit carved into it acted as a socket for the lower half of the rotor to spin in. If spun in the dirt the rotor can drill down and the position of the impellor can reach ground level causing the blades to bump into rocks and dirt. Later, I plastered the stone socket into the ground with mud to hold it securely in position (not shown in the video, just be aware of this solution if the socket shifts around too much).
Secondly, the housing for the blower was made in situ of ordinary mud (dirt and water on site). It was a bit more than 40 cm in internal diameter. The walls of the housing were solid mud and the roof was made of sticks covered with mud. An opening more than half the length of the impellor was left in the roof to remove the impellor for maintenance and to admit air into the blower during operation. In use, the portion of this opening near the front of the blower was covered with a tile. If left opened the blower still worked but covering it improved performance by preventing air escaping near the front. In places where water is not available, a housing shaped pit covered with sticks and dirt might work instead.
Finally, a simple length of cordage was used to drive the rotation of the impellor. This cord was placed in a notch carved into the top of the impellor rotor. The cord was wrapped around the rotor about 2.5 times. During operation the cords were pulled outwards causing the rotation. When fully unwound, the momentum of the impellor then wrapped the cord back around in the other direction. Then the cords were pulled outwards again causing the impellor to spin in the other direction. Note that this is a centrifugal blower with a symmetrical housing, therefore it doesn’t matter whether the fan spins one way or the other (clockwise or anti clockwise), the blower will always suck air in to its open top and force it into the furnace.
This design is easy to make and use. It can be made with minimal materials by unskilled people. The impellor design is simple yet effective. A stick, some bark and lashing of some sort should be available in most areas. The housing being made from mud, is easily sourced also. For the drive mechanism, I chose this method because the first blower I built had too many parts. There was a frame made of wood and vine to hold the rotor in place which kept causing issues with the rotor seizing or jumping out of the socket. Also, the bow that was used to drive the rotor added unnecessary complexity. In the new design, the simple cord in the notch of the rotor did away with the frame and the bow of the old design and the associated difficulties.
Furnace experiments
The blower was used to power a furnace attached to the front of it. Note that with minimal materials, the blower could simply force air into a hole in the base of the furnace and work satisfactorily. But I wanted to test a different configuration so I used clay grate from a previous kiln I made. Fuel in the form of wood and charcoal was used in this furnace by being placed on top of the grate instead of under it. During operation, the blower forced air up through the grate into the burning fuel bed increasing the rate of heat production relative to the use of natural draft (convection) alone.
I made 3 pots and fired them with charcoal. The first pot was painted with iron bacteria (iron oxide being the active ingredient). When fired, the oxide melted slightly showing minimal glazing. The clay became quite hard, possibly stoneware. The second pot was painted with wood ash and placed on a three sided clay plinth to hold the pot in the position of highest temperature in the fuel bed. The pot softened and sagged apart catastrophically. But the ash glaze gave a dark green smooth finish (difficult to see in the video). Finally, a pot was place upside down on the grate and a cylindrical brick made of iron bacteria, charcoal powder and wood ash was put on top of this. The brick melted over the pot, covering it in a viscous blob of slag rather than a thin glaze. On inspection, the slag had 1mm sized spheres of metallic iron in it. Some of these were picked out and stored in a pot. The reason for these experiments like these to gain knowledge that might be of practical use in future projects that have not yet been determined.
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Primitive Technology: Primitive Wood Stove
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- published: 18 Sep 2017
- views: 2582
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of various materials the soles of the feet become cracked and split. So I made some basic footwear for the purpose of working on rough surfaces.
I cut some cane and measured out a length 6 times the length of the foot (about 1.5 m), folded it into loops and wove more cane between the loops to form the sole, adding new cane as needed. Next, I made bark fiber cordage and threaded it through the sandal to keep it on. The pair took about 1 hour to make (longer due to setting up the camera).
The sandals do protect from the ground, preventing the feet from cracking. I personally don't like wearing footwear in the forest as bare feet give better grip, especially on inclines. But for heavy work or when my feet are injured I'll wear these. These sandals are so quick to make that I've already got 2 pairs. The material used to make them (loya cane) is everywhere here but pretty much any rope like material will do. Bark fiber rope, grass, vine, flexible roots etc. will all make usable alternative materials.
- published: 30 Jul 2017
- views: 434336
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a large grate from ordinary clay. It was just under 50 cm in diameter. Next, I took dry chunks of termite nest and put them into the pit in front of the tiled roof hut. The chunks were crushed and water was added to slake the clay. The clay was trodden on to mix it. Dead palm fronds were added to the clay to stop it from cracking as it dried and to add insulation to the kiln. The mixture was trodden on again and then taken from the pit. A trench was dug to form the firebox of the kiln and a wall of clay was made in the front of the trench. A hole was dug into the wall to allow air flow into the firebox.
The grate was placed on top of the firebox and the walls of the ware chamber were built around the grate. When the kiln walls were finished, grate bars made from termite clay were placed into the firebox. Grate bars are important for fireboxes as they lift the firewood off the ground allowing air to move up through the fuel bed for more efficient combustion. Burning wood as a heap on the ground allows cold air to flow up and over the coals, cooling the kiln and leaving the air unreacted with the fire wood. It still works but is much less efficient than using grate bars. The finished kiln was 50 cm tall (above grate height), 50 cm in diameter and with walls about 12.5 cm thick. The pit/firebox was about 25 cm deep and 25 cm wide with grate bars sitting half way between the ground and the circular kiln grate above.
Next, for the pottery clay, I selected a termite mound built on red clay soil. I took it to the kiln area and slaked it with water and mixed it in a small pit. I crushed up an old grate from a previous kiln and mixed it into the termite clay as grog. Grog prevents pottery from cracking as it dries and helps prevent breakage when firing. I then shaped the clay into a small urn. I also made some barrel roof tiles and a smaller pot from termite clay. I then stacked the kiln with the termite pottery.
To fire the pottery, I collected a large pile of dead wood and started a fire in the firebox. I heard some explosions in the kiln early on and knew something broke but continued anyway. Within an hour the kiln had heated up well and the pottery was glowing red hot. By the second hour the temperature went down illustrating an important point: if you over fill the firebox with wood the kiln will choke it and not burn efficiently. Realising this mistake I merely let the wood burn down a little so more air could get through. By 2 hours and 30 minutes the kiln was firing nicely again with all the pottery glowing low orange (about 845 c or 1550 f). I kept it at this low firing temperature for another 30 minutes. The whole firing process took about 3 hours from start to finish, a relatively short period of time for firing pottery.
When I took the pottery out, one tile had broken and the urn had spalled (a piece of the outer pot broke off) possibly due to still having moisture in it. The urn was still useable though and I use it to water the cassava patch. The forge blower was well fired and is now immune to water damage, no longer needing to be carefully protected from the rain. I put it in the barrel tile shed for storage. I put the broken tile and spalled piece from the urn in a special heap of broken pottery. When I make pottery in future I can crush up these broken pots and mix it into the new clay as grog to strengthen the new ceramic items. Finally, I stored the good tiles at the barrel tiled hut as replacements for broken tiles in that structure should there be any damage in future.
Termite clay is good material for making furnaces and an OK substitute for good pottery clay should it be difficult to find a better source. The termites have already processed the clay by the fact that their mouths are too small to include sticks and pebbles into their structures. As a result, the clay is very smooth and plastic. Too smooth for my liking, in fact, I’m used to working with coarser clay that has silt mixed into it naturally. I find that termite clay is either too runny when wet or cracks too easily when drier. It was difficult to form into complex shapes and it took me 2 attempts to make the urn. But for forming objects like tiles it’s OK, it can be pressed into shape and it will hold without difficulty. In future, I’d be likely to use termite clay for mass producing formed objects such as bricks, tiles, simple pots (formed over a mould) and possibly pipes, thereby conserving the dwindling clay supply from the creek bank which I’ll save for more intricate pottery. In summary, termite clay is able to be used to produce basic pottery if no other source can be found. If you have a termite nest you can make basic pottery from it.
- published: 24 Mar 2017
- views: 9196384
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid water for drinking water. We use rocks, sand and charcoal to filter water. By Primitive survival skills we successfully filtered dirty water into clean water. We will continue to make the next video. To keep track of our latest videos please subscribe to the channel
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- published: 25 Aug 2017
- views: 927
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still used today. Pulley modifies the power of the force so that we can lift an object easily. At first we cut the wood to make rollers, took the bark to make zipper, cut a piece of tree to make the shaft. We made this video purely by primitive technology. We took a lot of time to complete it. We will continue to make the next video on primitive survival skills. Subscribe our channel to keep track of the latest videos.
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- published: 03 Sep 2017
- views: 742
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood it’s made from. I’ve made some before, but with supplies running low due to furnace experiments, I decided to make another large batch of charcoal in a mound. I stacked the wood into a roughly conical shape (about 1 m wide and 75 cm high) and then built a thick wall of mud around the heap (this took 6 hours). Eight air entries were made in the base of the mound and one air exit hole was left at the top of the mound to allow the volatile components of the wood to escape while creating a natural draft to keep everything burning.
The mound was lit and the flame burned backwards down the heap in the opposite direction to the draft. This protects the coal made above the level of the fire from burning as carbon dioxide rushes past instead of oxygen, preventing combustion of charcoal. Each air entry was sealed only when fire became visible through them. This is an easy way to tell when to close them up, i.e. when the fire had burned down all of the wood in the heap. When the last air entry was closed, the air exit at the top of the mound was sealed, 5 hours after starting. The next day when cool, a large arched opening was made in the side of the mound to extract the charcoal. Despite a few unburnt brands the yield and quality was good filling almost 2 baskets.
To see if the kiln was reusable, I restacked it with timber cut from a fallen gum tree branch up the mountain. Due to the difficulty in reaching into the mound I stacked the wood in criss-crossed horizontal layers. The opening was sealed with mud and the mound lit as before. This time the mound burned quickly and I had to seal it early as the timber was burning at different rates, 3 hours after starting. Some large logs remained unburnt while charcoal that had already formed started to burn up being wasted as ash.
When I opened it the next day it had still produced an ok amount of charcoal but was disappointingly low compared to the first batch. This may partly be due to some of the wood being still green though it’s probably more likely to be due to how it was stacked. The lesson here is that when making charcoal the wood needs to be tightly stacked with few air spaces between. If not, the mound admits too much oxygen that quickly burns the timber.
Another thought I had was that wood may convert to charcoal better if laid vertically (or roughly so, like the cone in the first firing) so that the fire starts at the top of the wood and burns down. Stacking the wood in horizontal layers means that each layer has to set the one bellow alight leading to problems if the wood is green (use dry wood if stacking horizontally). By stacking wood vertically each piece is alight already and simply burns down towards the air entries. Stacking in this way also makes it easier to see fire in the air entries letting you know when to seal the mound.
For the reasons above I may make another charcoal kiln in future in the shape of a cylinder with air entries around the base and an open top. The kiln would be re-usable and easily stacked. A conical pile of wood would protrude above the walls of the kiln and be plastered in a temporary cover of mud. The kiln would be fired as with a normal mound and when finished the temporary cover of mud would be removed to extract the charcoal
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- published: 17 Jun 2017
- views: 6272114
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct water from the creek. This was set up in the creek and water flowed through it. The hammer was made from a fallen tree. I cut it to size by burning it at the points I wanted it cut (to save effort chopping). Next I carved a trough in one end to catch falling water. This was done first with a stone chisel that was then hafted to an L–shaped handle and used as an adze. This adze only took about an hour to make as I already had the chisel head and cordage made of bark fibre to bind it with.
To save further effort carving I used hot coals from the fire to char the wood in the trough. I put the coals in using “chopsticks” (unused arrow shafts) to transfer them from the pit. The coals were fanned or blown with a wooden blowpipe till the wood in the trough burned. Then the char was scraped out. The sides of the trough were sealed with clay to make sure the wooden sides did not burn away which would effectively decrease the volume of the trough. This was approximately 8 hours work over two days.
With the trough carved I made a hole in the middle of the log as a pivot point. Using the same char and scrape method I burnt a hole right through the log using hot coals and a blow pipe. Again clay was used to prevent wood burning where it was wanted. To burn through the approximately 25 cm diameter log it took about 4 hours and 30 minutes. Another hole was burnt in the end to fit the wooden hammer head and it took a similar amount of time.
A tripod lashed with loya cane was set up at the water spout. The axel of the hammer was tied to one leg, the hammer fitted onto the axel and the other end of the axel tied to another leg. The trough was positioned under the waterspout to collect water and the tripod adjusted so that the resting point of the hammer was horizontal (so water wouldn’t prematurely spill out of the trough).
The trough filled with water, outweighed the hammer head and tilted the hammer up into the air. The water then emptied out of the trough (now slanting downwards) and the hammer then slammed down onto an anvil stone returning to its original position. The cycle then repeated at the approximate rate of one strike every 10 seconds. The hammer crushes small soft types of stone like sandstone or ochre. I carved a bowl into the anvil stone so that it would collect the powder. I then crushed old pottery (useful as grog for new pots) and charcoal. Practically speaking, this hammer worked ok as a proof of concept but I might adjust it or make a new one with a larger trough and bigger hammer for heavy duty work.
This is the first machine I’ve built using primitive technology that produces work without human effort. Falling water replaces human calories to perform a repetitive task. A permanent set up usually has a shed protecting the hammer and materials from the weather while the trough end sits outside under the spout. This type of hammer is used to pulverise grain into flour and I thought I might use one to mill dry cassava chips into flour when the garden matures. This device has also been used to crush clay for porcelain production. A stone head might make it useful as a stamp mill for crushing ores to powder. It might pulp fibres for paper even.
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- published: 28 Apr 2017
- views: 9667922
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survival skill we grinded it and made it into a primitive stone shovel. Then we planted the forest. We will make the next video on survival skills and primitive technology. Subscribe to a channel to watch the latest videos.
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- published: 18 Sep 2017
- views: 1100
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretrix lyrata. We use Primitive skills to make fishing gear. We cut trees and used stones and strings to tie them. Next we went to the sea to catch Meretrix lyrata, it hidden under the sand. We caught a lot of Meretrix lyrata then we baked them and ate them. We fully use the primitive technology to complete the video. We will continue to make the next video on primitive survival skills. Subscribe to watch the latest videos
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- published: 10 Sep 2017
- views: 1112
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- published: 07 Jul 2017
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- published: 19 Sep 2017
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Primitive
Primitive may refer to:
Meteorology
Mathematics
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https://wn.com/Primitive
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Technology
Technology ("science of craft", from Greek τέχνη, techne, "art, skill, cunning of hand"; and -λογία, -logia) is the collection of techniques, skills, methods and processes used in the production of goods or services or in the accomplishment of objectives, such as scientific investigation. Technology can be the knowledge of techniques, processes, etc. or it can be embedded in machines, computers, devices and factories, which can be operated by individuals without detailed knowledge of the workings of such things.
The human species' use of technology began with the conversion of natural resources into simple tools. The prehistoric discovery of how to control fire and the later Neolithic Revolution increased the available sources of food and the invention of the wheel helped humans to travel in and control their environment. Developments in historic times, including the printing press, the telephone, and the Internet, have lessened physical barriers to communication and allowed humans to interact freely on a global scale. The steady progress of military technology has brought weapons of ever-increasing destructive power, from clubs to nuclear weapons.
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Survival Skills
Survival Skills is the collaborative album from MC KRS-One and Buckshot. The album was released on September 15, 2009 on Duck Down Records. It is the 18th album for KRS-One, and the fourth for Buckshot.
The first single, ROBOT, was released on May 5, 2009. The music video was directed by Todd Angkasuwan and debuted as the New Joint of the Day on 106 & Park on September 4, 2009.
Featured artists
KRS-One & Buckshot have stated that the album will feature Mary J. Blige, Talib Kweli, K'naan, Naledge of Kidz in the Hall, Slug, Smif-n-Wessun, Heltah Skeltah, and Immortal Technique.
Producers include Havoc, 9th Wonder, Black Milk, Marco Polo, Illmind, Khrysis, Coptic, Moss and more
Reception
Survival Skills has received positive reviews from critics. On Metacritic, it has a score of 67 out of 100 based on "generally favorable reviews". Steve Juon of RapReviews gave the album a flawless 10 out of 10, claiming "Buckshot and KRS have achieved something rather remarkable here - an album I can't find a single fault with. There's not a bad beat, there's not a whack rhyme, there's not a collaborator on a track that missed the mark, and the disc itself is neither too short nor too long." A review featured on The Smoking Section states, "...the duo tries to elicit all the things that are wrong about Hip-Hop...proving that the most important Survival Skills are talent and dedication to craft. Up and comers should take notice." In his Consumer Guide, Robert Christgau gave the album a one-star honorable mention (
); he also picked its two songs ("Think of All the Things" and "Runnin' Away") and said it was "Basically an old-school mixtape, wiser when it instructs the fathers than when it criticizes the sons."Prefix Magazine gave it a score of seven out of ten and called it "a call to arms, and a poetic, uncompromising one at that."
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Meretrix lyrata
The lyrate Asiatic hard clam, Meretrix lyrata, also known simply as the hard clam (Vietnamese: Nghêu Bến Tre), is an edible saltwater clam, a marine bivalve mollusc in the family Veneridae, the Venus clams.
This species occurs along the coasts of Vietnam, Taiwan, the Philippines, and Southern China.
Culinary use
In Vietnam, these hard clams are eaten boiled, steamed, or roasted. They are an important export in the eastern and southern parts of Vietnam.
References
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Bow and arrow
The bow and arrow is a projectile weapon system (a bow with arrows) that predates recorded history and is common to most cultures. Archery is the art, practice, or skill of applying it.
Description
A bow is a flexible arc which shoots aerodynamic projectiles called arrows. A string joins the two ends of the bow and when the string is drawn back, the ends of the bow are flexed. When the string is released, the potential energy of the flexed stick is transformed into the velocity of the arrow.Archery is the art or sport of shooting arrows from bows.
Today, bows and arrows are used primarily for hunting and for the sport of archery. Though they are still occasionally used as weapons of war, the development of gunpowder and muskets, and the growing size of armies, led to their replacement in warfare several centuries ago in much of the world.
Someone who makes bows is known as a bowyer, and one who makes arrows is a fletcher —or in the case of the manufacture of metal arrow heads, an arrow smith.
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9:16Primitive Technology: Simplified blower and furnace experiments
Primitive Technology: Simplified blower and furnace experimentsPrimitive Technology: Simplified blower and furnace experiments
Blower description The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most natural environments should be able to replicate this design without difficulty. This blower differed from the previous one in several ways to simplify the construction method. Firstly, the impellor was simply a stick as a rotor with a 40 cm wide rectangle of bark tied into a split in its end with a bark fibre cordage. A stone with a pit carved into it acted as a socket for the lower half of the rotor to spin in. If spun in the dirt the rotor can drill down and the position of the impellor can reach ground level causing the blades to bump into rocks and dirt. Later, I plastered the stone socket into the ground with mud to hold it securely in position (not shown in the video, just be aware of this solution if the socket shifts around too much). Secondly, the housing for the blower was made in situ of ordinary mud (dirt and water on site). It was a bit more than 40 cm in internal diameter. The walls of the housing were solid mud and the roof was made of sticks covered with mud. An opening more than half the length of the impellor was left in the roof to remove the impellor for maintenance and to admit air into the blower during operation. In use, the portion of this opening near the front of the blower was covered with a tile. If left opened the blower still worked but covering it improved performance by preventing air escaping near the front. In places where water is not available, a housing shaped pit covered with sticks and dirt might work instead. Finally, a simple length of cordage was used to drive the rotation of the impellor. This cord was placed in a notch carved into the top of the impellor rotor. The cord was wrapped around the rotor about 2.5 times. During operation the cords were pulled outwards causing the rotation. When fully unwound, the momentum of the impellor then wrapped the cord back around in the other direction. Then the cords were pulled outwards again causing the impellor to spin in the other direction. Note that this is a centrifugal blower with a symmetrical housing, therefore it doesn’t matter whether the fan spins one way or the other (clockwise or anti clockwise), the blower will always suck air in to its open top and force it into the furnace. This design is easy to make and use. It can be made with minimal materials by unskilled people. The impellor design is simple yet effective. A stick, some bark and lashing of some sort should be available in most areas. The housing being made from mud, is easily sourced also. For the drive mechanism, I chose this method because the first blower I built had too many parts. There was a frame made of wood and vine to hold the rotor in place which kept causing issues with the rotor seizing or jumping out of the socket. Also, the bow that was used to drive the rotor added unnecessary complexity. In the new design, the simple cord in the notch of the rotor did away with the frame and the bow of the old design and the associated difficulties. Furnace experiments The blower was used to power a furnace attached to the front of it. Note that with minimal materials, the blower could simply force air into a hole in the base of the furnace and work satisfactorily. But I wanted to test a different configuration so I used clay grate from a previous kiln I made. Fuel in the form of wood and charcoal was used in this furnace by being placed on top of the grate instead of under it. During operation, the blower forced air up through the grate into the burning fuel bed increasing the rate of heat production relative to the use of natural draft (convection) alone. I made 3 pots and fired them with charcoal. The first pot was painted with iron bacteria (iron oxide being the active ingredient). When fired, the oxide melted slightly showing minimal glazing. The clay became quite hard, possibly stoneware. The second pot was painted with wood ash and placed on a three sided clay plinth to hold the pot in the position of highest temperature in the fuel bed. The pot softened and sagged apart catastrophically. But the ash glaze gave a dark green smooth finish (difficult to see in the video). Finally, a pot was place upside down on the grate and a cylindrical brick made of iron bacteria, charcoal powder and wood ash was put on top of this. The brick melted over the pot, covering it in a viscous blob of slag rather than a thin glaze. On inspection, the slag had 1mm sized spheres of metallic iron in it. Some of these were picked out and stored in a pot. The reason for these experiments like these to gain knowledge that might be of practical use in future projects that have not yet been determined. Wordpress: https://primitivetechnology.wordpress.com Patreon page: https://www.patreon.com/user?u=2945881 I have no face book page, instagram, twitter etc. Beware of fake pages. -
16:12Primitive Technology: Primitive Wood Stove
Primitive Technology: Primitive Wood StovePrimitive Technology: Primitive Wood Stove
Primitive Technology: Primitive Wood Stove ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Primitive Life : https://goo.gl/FHTn9P Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3 Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8 Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4 Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN Primitive Technology: Fire Plow: https://goo.gl/AeL8tn Building A Survival Shelter; https://goo.gl/5XorRc -
5:48Primitive Technology: Sandals
Primitive Technology: SandalsPrimitive Technology: Sandals
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of various materials the soles of the feet become cracked and split. So I made some basic footwear for the purpose of working on rough surfaces. I cut some cane and measured out a length 6 times the length of the foot (about 1.5 m), folded it into loops and wove more cane between the loops to form the sole, adding new cane as needed. Next, I made bark fiber cordage and threaded it through the sandal to keep it on. The pair took about 1 hour to make (longer due to setting up the camera). The sandals do protect from the ground, preventing the feet from cracking. I personally don't like wearing footwear in the forest as bare feet give better grip, especially on inclines. But for heavy work or when my feet are injured I'll wear these. These sandals are so quick to make that I've already got 2 pairs. The material used to make them (loya cane) is everywhere here but pretty much any rope like material will do. Bark fiber rope, grass, vine, flexible roots etc. will all make usable alternative materials. -
11:27Primitive Technology: Termite clay kiln & pottery
Primitive Technology: Termite clay kiln & potteryPrimitive Technology: Termite clay kiln & pottery
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a large grate from ordinary clay. It was just under 50 cm in diameter. Next, I took dry chunks of termite nest and put them into the pit in front of the tiled roof hut. The chunks were crushed and water was added to slake the clay. The clay was trodden on to mix it. Dead palm fronds were added to the clay to stop it from cracking as it dried and to add insulation to the kiln. The mixture was trodden on again and then taken from the pit. A trench was dug to form the firebox of the kiln and a wall of clay was made in the front of the trench. A hole was dug into the wall to allow air flow into the firebox. The grate was placed on top of the firebox and the walls of the ware chamber were built around the grate. When the kiln walls were finished, grate bars made from termite clay were placed into the firebox. Grate bars are important for fireboxes as they lift the firewood off the ground allowing air to move up through the fuel bed for more efficient combustion. Burning wood as a heap on the ground allows cold air to flow up and over the coals, cooling the kiln and leaving the air unreacted with the fire wood. It still works but is much less efficient than using grate bars. The finished kiln was 50 cm tall (above grate height), 50 cm in diameter and with walls about 12.5 cm thick. The pit/firebox was about 25 cm deep and 25 cm wide with grate bars sitting half way between the ground and the circular kiln grate above. Next, for the pottery clay, I selected a termite mound built on red clay soil. I took it to the kiln area and slaked it with water and mixed it in a small pit. I crushed up an old grate from a previous kiln and mixed it into the termite clay as grog. Grog prevents pottery from cracking as it dries and helps prevent breakage when firing. I then shaped the clay into a small urn. I also made some barrel roof tiles and a smaller pot from termite clay. I then stacked the kiln with the termite pottery. To fire the pottery, I collected a large pile of dead wood and started a fire in the firebox. I heard some explosions in the kiln early on and knew something broke but continued anyway. Within an hour the kiln had heated up well and the pottery was glowing red hot. By the second hour the temperature went down illustrating an important point: if you over fill the firebox with wood the kiln will choke it and not burn efficiently. Realising this mistake I merely let the wood burn down a little so more air could get through. By 2 hours and 30 minutes the kiln was firing nicely again with all the pottery glowing low orange (about 845 c or 1550 f). I kept it at this low firing temperature for another 30 minutes. The whole firing process took about 3 hours from start to finish, a relatively short period of time for firing pottery. When I took the pottery out, one tile had broken and the urn had spalled (a piece of the outer pot broke off) possibly due to still having moisture in it. The urn was still useable though and I use it to water the cassava patch. The forge blower was well fired and is now immune to water damage, no longer needing to be carefully protected from the rain. I put it in the barrel tile shed for storage. I put the broken tile and spalled piece from the urn in a special heap of broken pottery. When I make pottery in future I can crush up these broken pots and mix it into the new clay as grog to strengthen the new ceramic items. Finally, I stored the good tiles at the barrel tiled hut as replacements for broken tiles in that structure should there be any damage in future. Termite clay is good material for making furnaces and an OK substitute for good pottery clay should it be difficult to find a better source. The termites have already processed the clay by the fact that their mouths are too small to include sticks and pebbles into their structures. As a result, the clay is very smooth and plastic. Too smooth for my liking, in fact, I’m used to working with coarser clay that has silt mixed into it naturally. I find that termite clay is either too runny when wet or cracks too easily when drier. It was difficult to form into complex shapes and it took me 2 attempts to make the urn. But for forming objects like tiles it’s OK, it can be pressed into shape and it will hold without difficulty. In future, I’d be likely to use termite clay for mass producing formed objects such as bricks, tiles, simple pots (formed over a mould) and possibly pipes, thereby conserving the dwindling clay supply from the creek bank which I’ll save for more intricate pottery. In summary, termite clay is able to be used to produce basic pottery if no other source can be found. If you have a termite nest you can make basic pottery from it. -
10:40Primitive Technology: Filter Dirty Water
Primitive Technology: Filter Dirty WaterPrimitive Technology: Filter Dirty Water
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid water for drinking water. We use rocks, sand and charcoal to filter water. By Primitive survival skills we successfully filtered dirty water into clean water. We will continue to make the next video. To keep track of our latest videos please subscribe to the channel Channel: https://goo.gl/tqd6zU -
7:39Primitive Survival Skills: Technology Make A pulley Primitive
Primitive Survival Skills: Technology Make A pulley PrimitivePrimitive Survival Skills: Technology Make A pulley Primitive
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still used today. Pulley modifies the power of the force so that we can lift an object easily. At first we cut the wood to make rollers, took the bark to make zipper, cut a piece of tree to make the shaft. We made this video purely by primitive technology. We took a lot of time to complete it. We will continue to make the next video on primitive survival skills. Subscribe our channel to keep track of the latest videos. Channel: https://goo.gl/EfDHKW -
10:06Primitive Technology: Reusable charcoal mound
Primitive Technology: Reusable charcoal moundPrimitive Technology: Reusable charcoal mound
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood it’s made from. I’ve made some before, but with supplies running low due to furnace experiments, I decided to make another large batch of charcoal in a mound. I stacked the wood into a roughly conical shape (about 1 m wide and 75 cm high) and then built a thick wall of mud around the heap (this took 6 hours). Eight air entries were made in the base of the mound and one air exit hole was left at the top of the mound to allow the volatile components of the wood to escape while creating a natural draft to keep everything burning. The mound was lit and the flame burned backwards down the heap in the opposite direction to the draft. This protects the coal made above the level of the fire from burning as carbon dioxide rushes past instead of oxygen, preventing combustion of charcoal. Each air entry was sealed only when fire became visible through them. This is an easy way to tell when to close them up, i.e. when the fire had burned down all of the wood in the heap. When the last air entry was closed, the air exit at the top of the mound was sealed, 5 hours after starting. The next day when cool, a large arched opening was made in the side of the mound to extract the charcoal. Despite a few unburnt brands the yield and quality was good filling almost 2 baskets. To see if the kiln was reusable, I restacked it with timber cut from a fallen gum tree branch up the mountain. Due to the difficulty in reaching into the mound I stacked the wood in criss-crossed horizontal layers. The opening was sealed with mud and the mound lit as before. This time the mound burned quickly and I had to seal it early as the timber was burning at different rates, 3 hours after starting. Some large logs remained unburnt while charcoal that had already formed started to burn up being wasted as ash. When I opened it the next day it had still produced an ok amount of charcoal but was disappointingly low compared to the first batch. This may partly be due to some of the wood being still green though it’s probably more likely to be due to how it was stacked. The lesson here is that when making charcoal the wood needs to be tightly stacked with few air spaces between. If not, the mound admits too much oxygen that quickly burns the timber. Another thought I had was that wood may convert to charcoal better if laid vertically (or roughly so, like the cone in the first firing) so that the fire starts at the top of the wood and burns down. Stacking the wood in horizontal layers means that each layer has to set the one bellow alight leading to problems if the wood is green (use dry wood if stacking horizontally). By stacking wood vertically each piece is alight already and simply burns down towards the air entries. Stacking in this way also makes it easier to see fire in the air entries letting you know when to seal the mound. For the reasons above I may make another charcoal kiln in future in the shape of a cylinder with air entries around the base and an open top. The kiln would be re-usable and easily stacked. A conical pile of wood would protrude above the walls of the kiln and be plastered in a temporary cover of mud. The kiln would be fired as with a normal mound and when finished the temporary cover of mud would be removed to extract the charcoal Wordpress: https://primitivetechnology.wordpress.com/ Patreon page: https://www.patreon.com/user?u=2945881 I have no face book page, instagram, twitter etc. Beware of fake pages. -
8:51Primitive Technology: Water powered hammer (Monjolo)
Primitive Technology: Water powered hammer (Monjolo)Primitive Technology: Water powered hammer (Monjolo)
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct water from the creek. This was set up in the creek and water flowed through it. The hammer was made from a fallen tree. I cut it to size by burning it at the points I wanted it cut (to save effort chopping). Next I carved a trough in one end to catch falling water. This was done first with a stone chisel that was then hafted to an L–shaped handle and used as an adze. This adze only took about an hour to make as I already had the chisel head and cordage made of bark fibre to bind it with. To save further effort carving I used hot coals from the fire to char the wood in the trough. I put the coals in using “chopsticks” (unused arrow shafts) to transfer them from the pit. The coals were fanned or blown with a wooden blowpipe till the wood in the trough burned. Then the char was scraped out. The sides of the trough were sealed with clay to make sure the wooden sides did not burn away which would effectively decrease the volume of the trough. This was approximately 8 hours work over two days. With the trough carved I made a hole in the middle of the log as a pivot point. Using the same char and scrape method I burnt a hole right through the log using hot coals and a blow pipe. Again clay was used to prevent wood burning where it was wanted. To burn through the approximately 25 cm diameter log it took about 4 hours and 30 minutes. Another hole was burnt in the end to fit the wooden hammer head and it took a similar amount of time. A tripod lashed with loya cane was set up at the water spout. The axel of the hammer was tied to one leg, the hammer fitted onto the axel and the other end of the axel tied to another leg. The trough was positioned under the waterspout to collect water and the tripod adjusted so that the resting point of the hammer was horizontal (so water wouldn’t prematurely spill out of the trough). The trough filled with water, outweighed the hammer head and tilted the hammer up into the air. The water then emptied out of the trough (now slanting downwards) and the hammer then slammed down onto an anvil stone returning to its original position. The cycle then repeated at the approximate rate of one strike every 10 seconds. The hammer crushes small soft types of stone like sandstone or ochre. I carved a bowl into the anvil stone so that it would collect the powder. I then crushed old pottery (useful as grog for new pots) and charcoal. Practically speaking, this hammer worked ok as a proof of concept but I might adjust it or make a new one with a larger trough and bigger hammer for heavy duty work. This is the first machine I’ve built using primitive technology that produces work without human effort. Falling water replaces human calories to perform a repetitive task. A permanent set up usually has a shed protecting the hammer and materials from the weather while the trough end sits outside under the spout. This type of hammer is used to pulverise grain into flour and I thought I might use one to mill dry cassava chips into flour when the garden matures. This device has also been used to crush clay for porcelain production. A stone head might make it useful as a stamp mill for crushing ores to powder. It might pulp fibres for paper even. Wordpress: https://primitivetechnology.wordpress.com/ Patreon page: https://www.patreon.com/user?u=2945881&ty;=h I have no face book page, instagram, twitter etc. Beware of fake pages. -
10:04Primitive Survival Skills: Technology Make A Shovel Primitive
Primitive Survival Skills: Technology Make A Shovel PrimitivePrimitive Survival Skills: Technology Make A Shovel Primitive
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survival skill we grinded it and made it into a primitive stone shovel. Then we planted the forest. We will make the next video on survival skills and primitive technology. Subscribe to a channel to watch the latest videos. Channel: https://goo.gl/g7cfEG -
10:25Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretrix lyrata. We use Primitive skills to make fishing gear. We cut trees and used stones and strings to tie them. Next we went to the sea to catch Meretrix lyrata, it hidden under the sand. We caught a lot of Meretrix lyrata then we baked them and ate them. We fully use the primitive technology to complete the video. We will continue to make the next video on primitive survival skills. Subscribe to watch the latest videos Channel: https://goo.gl/MQRX3q -
5:42Primitive Skate | The Pendleton Zoo Video
Primitive Skate | The Pendleton Zoo VideoPrimitive Skate | The Pendleton Zoo Video
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub The Pendleton Zoo promo video featuring: Diego Najera, Carlos Ribeiro, Bastien Salabanzi, Trent McClung and Marek Zaprazny. Filmed by Alan Hannon and Kevin Perez. Shop the collection: https://primitiveskate.com/collections/skate-fall-17-del-1 🔥 Follow us: Instagram: http://instagram.com/primitiveskate Facebook: http://fb.com/primitiveskate Twitter: http://twitter.com/primitiveskate 💰 Shop: http://primitiveskate.com Primitive Skateboarding was established in early 2014 by Paul Rodriguez and Heath Brinkley. Our pros are Paul Rodriguez, Shane O'Neill, Bastien Salabanzi, Nick Tucker, Devine Calloway, Carlos Ribeiro, Diego Najera and Brian Peacock. Ams: Trent McClung. -
13:52ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo Canais Participantes: ★ PedrãoGamer - https://goo.gl/Qs5Ixs ★ CaliGamer - https://goo.gl/bsYCwI PlayList ARK Primitive Plus T2: https://goo.gl/YHH4hV PlayList ARK Primitive PlusT1: https://goo.gl/wNfJw5 Musica Usada No Video! In the fairy woods by NCBM Link : https://youtu.be/6p-QQ_ro0bA -
38:15Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand ToolsBuild a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
Building a log cabin completely alone has been my dream since selling my last cabin 15 years ago.I start this video by cutting down cedar trees in winter and end with a standing log cabin in the Canadian Wilderness, up to the top of the walls. In this video, I go into more detail to show exactly how I am doing it. Learn how I cut the notches, lift the logs into place by myself and start preparing my house to live a life like Dick Proenneke did in Alaska. Get prepared for the apocalypse by building your own primitive off grid log cabin, tiny house in the woods of wilderness Canada. Learn how to work alone and build your own home using nothing but hand tools - no power tools. Be a modern day lumberjack and outdoorsman capable of self reliant living. Create your own homestead, starting with a tiny home. -
1:13:33Primitive Technology: Primitive Life
Primitive Technology: Primitive LifePrimitive Technology: Primitive Life
Primitive Technology Primitive Life ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3 Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8 Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4 Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN Primitive Technology: Fire Plow: https://goo.gl/AeL8tn Building A Survival Shelter; https://goo.gl/5XorRc -
10:06Primitive Survival Skills: Primitive Hunting Technology
Primitive Survival Skills: Primitive Hunting TechnologyPrimitive Survival Skills: Primitive Hunting Technology
Hello friends. Our latest video on primitive hunting technology. Here we use survival skills to make a trap. We have trapped a bird with this trap. Initially we used rocks and a tree to trap. Then we were grilling birds and eating. We made this video purely by primitive technology. This trap is very simple people can do. That is how primitive people hunted to survive. We will continue to make the next video on primitive technology and survival skills. Subscribe to a channel to watch the latest videos Channel: https://goo.gl/SS3iXM -
11:08Primitive Kiln
Primitive KilnPrimitive Kiln
Creek Sand (mostly concrete, glass, various metals and stone) was also added to the clay in the end to stop the pieces from breaking during firing. Although the mixture is not yet refined enough as the fired clay has a lot of minor cracks but still holds well nonetheless. The dimensions of the Kiln are 90cm high, 60cm wide, 70cm long. The project took about 4 months on and off. -
15:52Primitive Technology: Daily drinking water
Primitive Technology: Daily drinking waterPrimitive Technology: Daily drinking water
Primitive Technology: Daily drinking water ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3 Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8 Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4 Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN Primitive Technology: Fire Plow: https://goo.gl/AeL8tn Building A Survival Shelter; https://goo.gl/5XorRc -
7:26Primitive Survival Skills: Technology Fork, Spoon, Chopsticks Primitive
Primitive Survival Skills: Technology Fork, Spoon, Chopsticks PrimitivePrimitive Survival Skills: Technology Fork, Spoon, Chopsticks Primitive
Hello! This is our latest video. In this video we made food utensils. We have made Fork, Spoon, Chopsticks, which are necessary tools when eating. We use the primitive survival skill to make those things. That's how primitive people eat. These were the primitive technologies of the time. We will continue to make the next video about survival skills and primitive technology. Register our channel to see the latest videos. thank you Channel: https://goo.gl/TeqzKj -
17:24Primitive Technology: Cup of Water
Primitive Technology: Cup of WaterPrimitive Technology: Cup of Water
Primitive Technology: Cup of Water ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3 Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8 Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4 Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN Primitive Technology: Fire Plow: https://goo.gl/AeL8tn Building A Survival Shelter; https://goo.gl/5XorRc -
10:02Primitive Technology: Make sickle Primitive (Die Sichel)
Primitive Technology: Make sickle Primitive (Die Sichel)Primitive Technology: Make sickle Primitive (Die Sichel)
Make sickle Primitive. This is our 8th video. We had to work very hard to finish this video in 2 days because of heavy rain. We made a primitive sickle. We have small stone grinding to make the crescent sickle, cut the tree to do the rolling and take the bark to make seconds. The sickle is the working tool of the primitive. It's a step forward in productivity tools. These are the primordial survival techniques. We continue to make the next video on primitive technology. Please support us so that we have motivation. By sharing, and subscribing to the channel, you have been motivating us. thank you Channel: https://goo.gl/QkfVHY Related videos: Primitive Technology: Survival Skills Stone Ax, Coconut Cutting https://goo.gl/dwpTQv Primitive Technology: Water Pipe Bamboo https://goo.gl/DefWde Primitive Technology: Weapons Danger Primitive (Canarium) https://goo.gl/mBqeAx Primitive Technology: Banana Boat https://goo.gl/3cE5eg
'Primitive' is featured as a movie character in the following productions:
Stargate SG-1: Children of the Gods - Final Cut (2009)
Actors: Brent Stait (actor), Gary Jones (actor), Rachel Hayward (actress), Robert Wisden (actor), Colin Lawrence (actor), Joel Goldsmith (composer), Jay Acovone (actor), Michael Shanks (actor), Don S. Davis (actor), Amanda Tapping (actress), Richard Dean Anderson (actor), Rick Ravanello (actor), Garvin Cross (actor), Christopher Judge (actor), Adam Harrington (actor),
Plot: An alien similar to Ra appears out of the Stargate, killing five soldiers and kidnapping another, a year after the original Stargate mission. A new team is assembled, including some old members, and they go in search of the missing soldier in order to find out how Ra could still be alive. Meanwhile, the alien Goa'uld kidnap Sha're and Skaara, implanting them with symbiotes and making them Goa'uld hosts.
Keywords: space-operaGenres: Sci-Fi,
Primitive
ALBUMS
- On the Streets released: 1984
On the Streets
Released 1984- add to main playlist Play in Full Screen Why?
- add to main playlist Play in Full Screen Soul City Boys
- add to main playlist Play in Full Screen Suburbia's Dreams
- add to main playlist Play in Full Screen Punx 'n' Skinz
- add to main playlist Play in Full Screen Conned
- add to main playlist Play in Full Screen Notts Punks
- add to main playlist Play in Full Screen Danger Zone
- add to main playlist Play in Full Screen Machines and Systems
- add to main playlist Play in Full Screen Middle East Mayhem
- add to main playlist Play in Full Screen Swimming Life
- add to main playlist Play in Full Screen I Don't Care
- add to main playlist Play in Full Screen Blow This Town
- add to main playlist Play in Full Screen Molester
- add to main playlist Play in Full Screen Zyklon B
- add to main playlist Play in Full Screen Brain Surgeon
- add to main playlist Play in Full Screen Undersea
- add to main playlist Play in Full Screen Modern Art
- add to main playlist Play in Full Screen Victory to the Rebels
Primitive
ALBUMS
- Butterflies / $10,000 Reward released: 1996
Primitive
ALBUMS
- Teckno.com 2005 released: 2004
- French Dub Connection released: 1999
- Les 1000 Merveilles de l'univers released: 1997
Teckno.com 2005
Released 2004- add to main playlist Play in Full Screen Policia
- add to main playlist Play in Full Screen I Get Around
- add to main playlist Play in Full Screen Moments in Love
- add to main playlist Play in Full Screen Let the Beat Control
- add to main playlist Play in Full Screen Beautiful Love
- add to main playlist Play in Full Screen I'm Not in Love
- add to main playlist Play in Full Screen Electronic Sex
- add to main playlist Play in Full Screen One Drio
- add to main playlist Play in Full Screen I Love Orgus
- add to main playlist Play in Full Screen Electro Bass
- add to main playlist Play in Full Screen Circus Stress
- add to main playlist Play in Full Screen Da Groove da Beats
- add to main playlist Play in Full Screen One Size Fits All
- add to main playlist Play in Full Screen In the Bush
- add to main playlist Play in Full Screen War Machine
- add to main playlist Play in Full Screen Electrico
- add to main playlist Play in Full Screen Pump Mf
- add to main playlist Play in Full Screen The Laugh
- add to main playlist Play in Full Screen Start the Beat
- add to main playlist Play in Full Screen Move Your Body Girl
- add to main playlist Play in Full Screen Techno Gym
- add to main playlist Play in Full Screen The Hardstyle Factory
French Dub Connection
Released 1999- add to main playlist Play in Full Screen Melo
- add to main playlist Play in Full Screen U.S.S.
- add to main playlist Play in Full Screen Les Freres
- add to main playlist Play in Full Screen Sombeleev
- add to main playlist Play in Full Screen Peace & Freedom
- add to main playlist Play in Full Screen Humans Being Humans (feat. Omar Ben Hassan)
- add to main playlist Play in Full Screen Profit Leave
- add to main playlist Play in Full Screen Theme From Larry's Dub
- add to main playlist Play in Full Screen Hold Me (Seven dub mix)
- add to main playlist Play in Full Screen Two Times in a Modern Style
- add to main playlist Play in Full Screen Freestyle Dub
- add to main playlist Play in Full Screen Dread Frog (The Rootsman remix)
- add to main playlist Play in Full Screen Dub Trooper
- add to main playlist Play in Full Screen Freedom Dub
Les 1000 Merveilles de l'univers
Released 1997- add to main playlist Play in Full Screen Origin
- add to main playlist Play in Full Screen Funk Me
- add to main playlist Play in Full Screen Radio Babylon (version Galore)
- add to main playlist Play in Full Screen Piano Concerto N°1 Lento (edit)
- add to main playlist Play in Full Screen Moon Revolutions (edit)
- add to main playlist Play in Full Screen Hush (edit)
- add to main playlist Play in Full Screen The Laughter (Professor Larsen mix)
- add to main playlist Play in Full Screen One Back and No Return
- add to main playlist Play in Full Screen The Thousand Wonders
- add to main playlist Play in Full Screen Dread Frog
- add to main playlist Play in Full Screen Falling Elevators (radio edit)
- add to main playlist Play in Full Screen Universe
- add to main playlist Play in Full Screen Organik
- add to main playlist Play in Full Screen Automata (edit)
- add to main playlist Play in Full Screen Pure II (edit)
- add to main playlist Play in Full Screen Funky Town
- add to main playlist Play in Full Screen The End (remix edit)
Primitive
ALBUMS
- Carolina Funk released: 2007
Carolina Funk
Released 2007- add to main playlist Play in Full Screen Creation of Music
- add to main playlist Play in Full Screen Darkness
- add to main playlist Play in Full Screen Just Take Your Time
- add to main playlist Play in Full Screen Super Good
- add to main playlist Play in Full Screen King Cobra
- add to main playlist Play in Full Screen Interpretation - Soul Power No.1
- add to main playlist Play in Full Screen Can We Rap
- add to main playlist Play in Full Screen Stand Up and Be a Man
- add to main playlist Play in Full Screen Ease It to Me
- add to main playlist Play in Full Screen Bad Woman
- add to main playlist Play in Full Screen You Ain't Miss It
- add to main playlist Play in Full Screen The Road
- add to main playlist Play in Full Screen Funky Soul Brother
- add to main playlist Play in Full Screen Let's Go (It's Summertime)
- add to main playlist Play in Full Screen So Very Hard to Make It (Without You)
- add to main playlist Play in Full Screen Message to Society
- add to main playlist Play in Full Screen Doing What You Need to Do
- add to main playlist Play in Full Screen Theme of Blackbyrds
- add to main playlist Play in Full Screen Funky Mind
- add to main playlist Play in Full Screen Good Time
- add to main playlist Play in Full Screen Funky Party Time
- add to main playlist Play in Full Screen Progressive Movements
Primitive
ALBUMS
- Mazzo Mixup: Sex Love & Motion 3 + 4 released: 1997
- Jungle Tekno, Volume 1 released: 1992
Mazzo Mixup: Sex Love & Motion 3 + 4
Released 1997- add to main playlist Play in Full Screen Warcry
- add to main playlist Play in Full Screen Monika Bimbo
- add to main playlist Play in Full Screen Urges 2
- add to main playlist Play in Full Screen Tone's and E-Facts
- add to main playlist Play in Full Screen Psycho Thrills
- add to main playlist Play in Full Screen Bits and Strings
- add to main playlist Play in Full Screen Standers
- add to main playlist Play in Full Screen High String Bitch
- add to main playlist Play in Full Screen La Musica Tremenda
- add to main playlist Play in Full Screen -1
- add to main playlist Play in Full Screen Hidden Fields
- add to main playlist Play in Full Screen Manslaughter
- add to main playlist Play in Full Screen Runners Kookies (The Advent Battle remix)
- add to main playlist Play in Full Screen Officer Squiggle (Adam Beyer remix 2)
- add to main playlist Play in Full Screen Bad Coffee
Jungle Tekno, Volume 1
Released 1992- add to main playlist Play in Full Screen Music Takes You
- add to main playlist Play in Full Screen Ten B & H
- add to main playlist Play in Full Screen We Can Ride the Boogie (Rock With You)
- add to main playlist Play in Full Screen Drop the Bass
- add to main playlist Play in Full Screen We Have It
- add to main playlist Play in Full Screen Bombscare
- add to main playlist Play in Full Screen Run Come Quick
- add to main playlist Play in Full Screen Dance With the Speaker
- add to main playlist Play in Full Screen Extreme
- add to main playlist Play in Full Screen Jungle Mayhem
- add to main playlist Play in Full Screen Mind Games
- add to main playlist Play in Full Screen Sonata No. 6
- add to main playlist Play in Full Screen Logical Progression
- add to main playlist Play in Full Screen Control
- add to main playlist Play in Full Screen Junglist
- add to main playlist Play in Full Screen Please Your Soul
Primitive
ALBUMS
- Fear Candy 106 released: 2012
- Slam: The Mix released: 2002
- Terry's Café 2 released: 1999
- DJ Excursions, Volume 5 released: 1998
- SixEleven DJ MixSeries Vol.2: Nigel Richards released: 1998
Fear Candy 106
Released 2012- add to main playlist Play in Full Screen Spell Eater
- add to main playlist Play in Full Screen Death by Nature
- add to main playlist Play in Full Screen Odalheim
- add to main playlist Play in Full Screen Lickanthrope
- add to main playlist Play in Full Screen The Storm
- add to main playlist Play in Full Screen Realms of Dementia
- add to main playlist Play in Full Screen A Living, Breathing Piece of Defecating Meat
- add to main playlist Play in Full Screen Mountains
- add to main playlist Play in Full Screen Kicking
- add to main playlist Play in Full Screen Ahriman
- add to main playlist Play in Full Screen Phoenix Rising
- add to main playlist Play in Full Screen Earth
- add to main playlist Play in Full Screen The Unavailing Surpasser
- add to main playlist Play in Full Screen Smoke for the Pain
- add to main playlist Play in Full Screen This Still Remains
- add to main playlist Play in Full Screen Me Vs the Cables
- add to main playlist Play in Full Screen Age of Men
- add to main playlist Play in Full Screen Indicators of Resistance
Slam: The Mix
Released 2002- add to main playlist Play in Full Screen Aqua
- add to main playlist Play in Full Screen At That Place
- add to main playlist Play in Full Screen Drug (Eric Morillo dub)
- add to main playlist Play in Full Screen Bug Mantra
- add to main playlist Play in Full Screen Stucco Homes
- add to main playlist Play in Full Screen Baby Wants to Ride
- add to main playlist Play in Full Screen You + Me = We
- add to main playlist Play in Full Screen The Light (DJ Vibe mix)
- add to main playlist Play in Full Screen Drumprints Sampler One
- add to main playlist Play in Full Screen Bangapella
- add to main playlist Play in Full Screen What Kind of Voodoo?
- add to main playlist Play in Full Screen Freaks Like Us
- add to main playlist Play in Full Screen Get High
- add to main playlist Play in Full Screen Denver Blue (Dizzy remix)
- add to main playlist Play in Full Screen Force
Terry's Café 2
Released 1999- add to main playlist Play in Full Screen Music Is the Answer (Deep Dish mix)
- add to main playlist Play in Full Screen Machine Chose (Don’t Believe the Hype mix)
- add to main playlist Play in Full Screen Whispers
- add to main playlist Play in Full Screen Do You Feel Alright
- add to main playlist Play in Full Screen Da New Age Funk
- add to main playlist Play in Full Screen The Real Jazz (Krome original mix)
- add to main playlist Play in Full Screen Bad House Music (dub ’98)
- add to main playlist Play in Full Screen Turn It to the House
- add to main playlist Play in Full Screen Tripper
- add to main playlist Play in Full Screen Mosaic Efforts 2.2
- add to main playlist Play in Full Screen Ingredience of Jazz
- add to main playlist Play in Full Screen Lite Juice (DK remix)
- add to main playlist Play in Full Screen Snake Charmed
- add to main playlist Play in Full Screen Distraught
- add to main playlist Play in Full Screen Kapavu Rhythm
- add to main playlist Play in Full Screen Urges Dub B2
DJ Excursions, Volume 5
Released 1998- add to main playlist Play in Full Screen She Frowned, He Smiled
- add to main playlist Play in Full Screen Electra
- add to main playlist Play in Full Screen Swing Ibero
- add to main playlist Play in Full Screen Brommage Dub
- add to main playlist Play in Full Screen Gumbo
- add to main playlist Play in Full Screen The Talking Drum (Nick Holder’s mix)
- add to main playlist Play in Full Screen Morgon Dagg
- add to main playlist Play in Full Screen On the Chin
- add to main playlist Play in Full Screen Alligator Voodoo
- add to main playlist Play in Full Screen Feelin’ Moody
- add to main playlist Play in Full Screen S.P.-IZM
- add to main playlist Play in Full Screen Herbie on Rhodes (Ian Pooley mix)
- add to main playlist Play in Full Screen Autopsy in B-flat
- add to main playlist Play in Full Screen Initiate 1
SixEleven DJ MixSeries Vol.2: Nigel Richards
Released 1998- add to main playlist Play in Full Screen Soul Grabber
- add to main playlist Play in Full Screen Backdoor Revelations
- add to main playlist Play in Full Screen Goin' Home EP
- add to main playlist Play in Full Screen Cool Songs
- add to main playlist Play in Full Screen Compass 3
- add to main playlist Play in Full Screen Ld. Vs. N.E.A.N. Remix
- add to main playlist Play in Full Screen Sucka Punch
- add to main playlist Play in Full Screen Primitive Urges 2
- add to main playlist Play in Full Screen Dial 1-976-Timeblend
- add to main playlist Play in Full Screen Gangbang'n
- add to main playlist Play in Full Screen Osem
- add to main playlist Play in Full Screen Vertical Disintegration
- add to main playlist Play in Full Screen DJ HMC
- add to main playlist Play in Full Screen Walkman
- add to main playlist Play in Full Screen Mardi Gras
- add to main playlist Play in Full Screen Magnum P.I. In The Swimming Pool
- add to main playlist Play in Full Screen Basketball Heroes
- add to main playlist Play in Full Screen Why'd Ya Do It?
- add to main playlist Play in Full Screen Notatorious
- add to main playlist Play in Full Screen Thanks For Coming
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Primitive Technology: Simplified blower and furnace experiments
Blower description The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most natural environments should be able to replicate this design without difficulty. This blower differed from the previous one in several ways to simplify the construction method. Firstly, the impellor was simply a stick as a rotor with a 40 cm wide rectangle of bark tied into a split in its end with a bark fibre cordage. A stone with a pit carved into it acted as a socket for the lower half of the rotor to spin in. If spun in the dirt the rotor can drill down and the position of the impellor can reach ground level causing the blades to bump into rocks and dirt. Later, I plastered the stone socket into the ground with mud to hold it se...
published: 25 Aug 2017 -
Primitive Technology: Primitive Wood Stove
Primitive Technology: Primitive Wood Stove ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Primitive Life : https://goo.gl/FHTn9P Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo...
published: 18 Sep 2017 -
Primitive Technology: Sandals
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of various materials the soles of the feet become cracked and split. So I made some basic footwear for the purpose of working on rough surfaces. I cut some cane and measured out a length 6 times the length of the foot (about 1.5 m), folded it into loops and wove more cane between the loops to form the sole, adding new cane as needed. Next, I made bark fiber cordage and threaded it through the sandal to keep it on. The pair took about 1 hour to make (longer due to setting up the camera). The sandals do protect from the ground, preventing the feet from cracking. I personally don't like wearing footwear in the forest as bare feet give b...
published: 30 Jul 2017 -
Primitive Technology: Termite clay kiln & pottery
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a large grate from ordinary clay. It was just under 50 cm in diameter. Next, I took dry chunks of termite nest and put them into the pit in front of the tiled roof hut. The chunks were crushed and water was added to slake the clay. The clay was trodden on to mix it. Dead palm fronds were added to the clay to stop it from cracking as it dried and to add insulation to the kiln. The mixture was trodden on again and then taken from the pit. A trench was dug to form the firebox of the kiln and a wall of clay was made in the front of the trench. A hole was dug into the wall to allow air flow into the firebox. The grate was placed on top o...
published: 24 Mar 2017 -
Primitive Technology: Filter Dirty Water
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid water for drinking water. We use rocks, sand and charcoal to filter water. By Primitive survival skills we successfully filtered dirty water into clean water. We will continue to make the next video. To keep track of our latest videos please subscribe to the channel Channel: https://goo.gl/tqd6zU
published: 25 Aug 2017 -
Primitive Survival Skills: Technology Make A pulley Primitive
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still used today. Pulley modifies the power of the force so that we can lift an object easily. At first we cut the wood to make rollers, took the bark to make zipper, cut a piece of tree to make the shaft. We made this video purely by primitive technology. We took a lot of time to complete it. We will continue to make the next video on primitive survival skills. Subscribe our channel to keep track of the latest videos. Channel: https://goo.gl/EfDHKW
published: 03 Sep 2017 -
Primitive Technology: Reusable charcoal mound
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood it’s made from. I’ve made some before, but with supplies running low due to furnace experiments, I decided to make another large batch of charcoal in a mound. I stacked the wood into a roughly conical shape (about 1 m wide and 75 cm high) and then built a thick wall of mud around the heap (this took 6 hours). Eight air entries were made in the base of the mound and one air exit hole was left at the top of the mound to allow the volatile components of the wood to escape while creating a natural draft to keep everything burning. The mound was lit and the flame burned backwards down the heap in the opposite direction to the draft. Th...
published: 17 Jun 2017 -
Primitive Technology: Water powered hammer (Monjolo)
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct water from the creek. This was set up in the creek and water flowed through it. The hammer was made from a fallen tree. I cut it to size by burning it at the points I wanted it cut (to save effort chopping). Next I carved a trough in one end to catch falling water. This was done first with a stone chisel that was then hafted to an L–shaped handle and used as an adze. This adze only took about an hour to make as I already had the chisel head and cordage made of bark fibre to bind it with. To save further effort carving I used hot coals from the fire to char the wood in the trough. I put the coals in using “chopsticks” (unused arrow ...
published: 28 Apr 2017 -
Primitive Survival Skills: Technology Make A Shovel Primitive
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survival skill we grinded it and made it into a primitive stone shovel. Then we planted the forest. We will make the next video on survival skills and primitive technology. Subscribe to a channel to watch the latest videos. Channel: https://goo.gl/g7cfEG
published: 18 Sep 2017 -
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretrix lyrata. We use Primitive skills to make fishing gear. We cut trees and used stones and strings to tie them. Next we went to the sea to catch Meretrix lyrata, it hidden under the sand. We caught a lot of Meretrix lyrata then we baked them and ate them. We fully use the primitive technology to complete the video. We will continue to make the next video on primitive survival skills. Subscribe to watch the latest videos Channel: https://goo.gl/MQRX3q
published: 10 Sep 2017 -
Primitive Skate | The Pendleton Zoo Video
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub The Pendleton Zoo promo video featuring: Diego Najera, Carlos Ribeiro, Bastien Salabanzi, Trent McClung and Marek Zaprazny. Filmed by Alan Hannon and Kevin Perez. Shop the collection: https://primitiveskate.com/collections/skate-fall-17-del-1 🔥 Follow us: Instagram: http://instagram.com/primitiveskate Facebook: http://fb.com/primitiveskate Twitter: http://twitter.com/primitiveskate 💰 Shop: http://primitiveskate.com Primitive Skateboarding was established in early 2014 by Paul Rodriguez and Heath Brinkley. Our pros are Paul Rodriguez, Shane O'Neill, Bastien Salabanzi, Nick Tucker, Devine Calloway, Carlos Ribeiro, Diego Najera and Brian Peacock. Ams: Trent McClung.
published: 07 Jul 2017 -
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo Canais Participantes: ★ PedrãoGamer - https://goo.gl/Qs5Ixs ★ CaliGamer - https://goo.gl/bsYCwI PlayList ARK Primitive Plus T2: https://goo.gl/YHH4hV PlayList ARK Primitive PlusT1: https://goo.gl/wNfJw5 Musica Usada No Video! In the fairy woods by NCBM Link : https://youtu.be/6p-QQ_ro0bA
published: 19 Sep 2017 -
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
Building a log cabin completely alone has been my dream since selling my last cabin 15 years ago.I start this video by cutting down cedar trees in winter and end with a standing log cabin in the Canadian Wilderness, up to the top of the walls. In this video, I go into more detail to show exactly how I am doing it. Learn how I cut the notches, lift the logs into place by myself and start preparing my house to live a life like Dick Proenneke did in Alaska. Get prepared for the apocalypse by building your own primitive off grid log cabin, tiny house in the woods of wilderness Canada. Learn how to work alone and build your own home using nothing but hand tools - no power tools. Be a modern day lumberjack and outdoorsman capable of self reliant living. Create your own homestead, starting with ...
published: 16 Sep 2017 -
Primitive Technology: Primitive Life
Primitive Technology Primitive Life ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.g...
published: 14 Sep 2017 -
Primitive Survival Skills: Primitive Hunting Technology
Hello friends. Our latest video on primitive hunting technology. Here we use survival skills to make a trap. We have trapped a bird with this trap. Initially we used rocks and a tree to trap. Then we were grilling birds and eating. We made this video purely by primitive technology. This trap is very simple people can do. That is how primitive people hunted to survive. We will continue to make the next video on primitive technology and survival skills. Subscribe to a channel to watch the latest videos Channel: https://goo.gl/SS3iXM
published: 14 Sep 2017 -
Primitive Kiln
Creek Sand (mostly concrete, glass, various metals and stone) was also added to the clay in the end to stop the pieces from breaking during firing. Although the mixture is not yet refined enough as the fired clay has a lot of minor cracks but still holds well nonetheless. The dimensions of the Kiln are 90cm high, 60cm wide, 70cm long. The project took about 4 months on and off.
published: 27 Jan 2017 -
Primitive Technology: Daily drinking water
Primitive Technology: Daily drinking water ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD Primitive Skills: Bow and Arrow Made From Bamb...
published: 09 Sep 2017 -
Primitive Survival Skills: Technology Fork, Spoon, Chopsticks Primitive
Hello! This is our latest video. In this video we made food utensils. We have made Fork, Spoon, Chopsticks, which are necessary tools when eating. We use the primitive survival skill to make those things. That's how primitive people eat. These were the primitive technologies of the time. We will continue to make the next video about survival skills and primitive technology. Register our channel to see the latest videos. thank you Channel: https://goo.gl/TeqzKj
published: 16 Sep 2017 -
Primitive Technology: Cup of Water
Primitive Technology: Cup of Water ---------------------------------- Primitive Skills Follow😍👇 subscribers; https://goo.gl/W93ikU Facebook: https://goo.gl/7wNsnS Google+; https://goo.gl/g4csT3 twitter; https://goo.gl/jZCkSy Pinterest: https://goo.gl/Ys7JGa Playlist👇👇👇 - Primitive Skills: https://goo.gl/v5fh8J - Primitive Technology: https://goo.gl/E61YvQ - Primitive Technology Interview: https://goo.gl/Sg6ywD video ✍✍✍ Primitive Technology: Daily drinking water: https://goo.gl/w6pofB Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc Primitive Skills: Freshwater Fish Trap: https://go...
published: 12 Sep 2017 -
Primitive Technology: Make sickle Primitive (Die Sichel)
Make sickle Primitive. This is our 8th video. We had to work very hard to finish this video in 2 days because of heavy rain. We made a primitive sickle. We have small stone grinding to make the crescent sickle, cut the tree to do the rolling and take the bark to make seconds. The sickle is the working tool of the primitive. It's a step forward in productivity tools. These are the primordial survival techniques. We continue to make the next video on primitive technology. Please support us so that we have motivation. By sharing, and subscribing to the channel, you have been motivating us. thank you Channel: https://goo.gl/QkfVHY Related videos: Primitive Technology: Survival Skills Stone Ax, Coconut Cutting https://goo.gl/dwpTQv Primitive Technology: Water Pipe Bamboo https://goo.gl/DefWd...
published: 06 Aug 2017
Primitive Technology: Simplified blower and furnace experiments
- Order: Reorder
- Duration: 9:16
- Updated: 25 Aug 2017
- views: 293571
Blower description
The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most ...
Blower description
The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most natural environments should be able to replicate this design without difficulty. This blower differed from the previous one in several ways to simplify the construction method.
Firstly, the impellor was simply a stick as a rotor with a 40 cm wide rectangle of bark tied into a split in its end with a bark fibre cordage. A stone with a pit carved into it acted as a socket for the lower half of the rotor to spin in. If spun in the dirt the rotor can drill down and the position of the impellor can reach ground level causing the blades to bump into rocks and dirt. Later, I plastered the stone socket into the ground with mud to hold it securely in position (not shown in the video, just be aware of this solution if the socket shifts around too much).
Secondly, the housing for the blower was made in situ of ordinary mud (dirt and water on site). It was a bit more than 40 cm in internal diameter. The walls of the housing were solid mud and the roof was made of sticks covered with mud. An opening more than half the length of the impellor was left in the roof to remove the impellor for maintenance and to admit air into the blower during operation. In use, the portion of this opening near the front of the blower was covered with a tile. If left opened the blower still worked but covering it improved performance by preventing air escaping near the front. In places where water is not available, a housing shaped pit covered with sticks and dirt might work instead.
Finally, a simple length of cordage was used to drive the rotation of the impellor. This cord was placed in a notch carved into the top of the impellor rotor. The cord was wrapped around the rotor about 2.5 times. During operation the cords were pulled outwards causing the rotation. When fully unwound, the momentum of the impellor then wrapped the cord back around in the other direction. Then the cords were pulled outwards again causing the impellor to spin in the other direction. Note that this is a centrifugal blower with a symmetrical housing, therefore it doesn’t matter whether the fan spins one way or the other (clockwise or anti clockwise), the blower will always suck air in to its open top and force it into the furnace.
This design is easy to make and use. It can be made with minimal materials by unskilled people. The impellor design is simple yet effective. A stick, some bark and lashing of some sort should be available in most areas. The housing being made from mud, is easily sourced also. For the drive mechanism, I chose this method because the first blower I built had too many parts. There was a frame made of wood and vine to hold the rotor in place which kept causing issues with the rotor seizing or jumping out of the socket. Also, the bow that was used to drive the rotor added unnecessary complexity. In the new design, the simple cord in the notch of the rotor did away with the frame and the bow of the old design and the associated difficulties.
Furnace experiments
The blower was used to power a furnace attached to the front of it. Note that with minimal materials, the blower could simply force air into a hole in the base of the furnace and work satisfactorily. But I wanted to test a different configuration so I used clay grate from a previous kiln I made. Fuel in the form of wood and charcoal was used in this furnace by being placed on top of the grate instead of under it. During operation, the blower forced air up through the grate into the burning fuel bed increasing the rate of heat production relative to the use of natural draft (convection) alone.
I made 3 pots and fired them with charcoal. The first pot was painted with iron bacteria (iron oxide being the active ingredient). When fired, the oxide melted slightly showing minimal glazing. The clay became quite hard, possibly stoneware. The second pot was painted with wood ash and placed on a three sided clay plinth to hold the pot in the position of highest temperature in the fuel bed. The pot softened and sagged apart catastrophically. But the ash glaze gave a dark green smooth finish (difficult to see in the video). Finally, a pot was place upside down on the grate and a cylindrical brick made of iron bacteria, charcoal powder and wood ash was put on top of this. The brick melted over the pot, covering it in a viscous blob of slag rather than a thin glaze. On inspection, the slag had 1mm sized spheres of metallic iron in it. Some of these were picked out and stored in a pot. The reason for these experiments like these to gain knowledge that might be of practical use in future projects that have not yet been determined.
Wordpress: https://primitivetechnology.wordpress.com
Patreon page: https://www.patreon.com/user?u=2945881
I have no face book page, instagram, twitter etc. Beware of fake pages.
https://wn.com/Primitive_Technology_Simplified_Blower_And_Furnace_Experiments
Blower description
The purpose of this project was to test a simplified blower design connected to a furnace. I purposely did this to show that people in most natural environments should be able to replicate this design without difficulty. This blower differed from the previous one in several ways to simplify the construction method.
Firstly, the impellor was simply a stick as a rotor with a 40 cm wide rectangle of bark tied into a split in its end with a bark fibre cordage. A stone with a pit carved into it acted as a socket for the lower half of the rotor to spin in. If spun in the dirt the rotor can drill down and the position of the impellor can reach ground level causing the blades to bump into rocks and dirt. Later, I plastered the stone socket into the ground with mud to hold it securely in position (not shown in the video, just be aware of this solution if the socket shifts around too much).
Secondly, the housing for the blower was made in situ of ordinary mud (dirt and water on site). It was a bit more than 40 cm in internal diameter. The walls of the housing were solid mud and the roof was made of sticks covered with mud. An opening more than half the length of the impellor was left in the roof to remove the impellor for maintenance and to admit air into the blower during operation. In use, the portion of this opening near the front of the blower was covered with a tile. If left opened the blower still worked but covering it improved performance by preventing air escaping near the front. In places where water is not available, a housing shaped pit covered with sticks and dirt might work instead.
Finally, a simple length of cordage was used to drive the rotation of the impellor. This cord was placed in a notch carved into the top of the impellor rotor. The cord was wrapped around the rotor about 2.5 times. During operation the cords were pulled outwards causing the rotation. When fully unwound, the momentum of the impellor then wrapped the cord back around in the other direction. Then the cords were pulled outwards again causing the impellor to spin in the other direction. Note that this is a centrifugal blower with a symmetrical housing, therefore it doesn’t matter whether the fan spins one way or the other (clockwise or anti clockwise), the blower will always suck air in to its open top and force it into the furnace.
This design is easy to make and use. It can be made with minimal materials by unskilled people. The impellor design is simple yet effective. A stick, some bark and lashing of some sort should be available in most areas. The housing being made from mud, is easily sourced also. For the drive mechanism, I chose this method because the first blower I built had too many parts. There was a frame made of wood and vine to hold the rotor in place which kept causing issues with the rotor seizing or jumping out of the socket. Also, the bow that was used to drive the rotor added unnecessary complexity. In the new design, the simple cord in the notch of the rotor did away with the frame and the bow of the old design and the associated difficulties.
Furnace experiments
The blower was used to power a furnace attached to the front of it. Note that with minimal materials, the blower could simply force air into a hole in the base of the furnace and work satisfactorily. But I wanted to test a different configuration so I used clay grate from a previous kiln I made. Fuel in the form of wood and charcoal was used in this furnace by being placed on top of the grate instead of under it. During operation, the blower forced air up through the grate into the burning fuel bed increasing the rate of heat production relative to the use of natural draft (convection) alone.
I made 3 pots and fired them with charcoal. The first pot was painted with iron bacteria (iron oxide being the active ingredient). When fired, the oxide melted slightly showing minimal glazing. The clay became quite hard, possibly stoneware. The second pot was painted with wood ash and placed on a three sided clay plinth to hold the pot in the position of highest temperature in the fuel bed. The pot softened and sagged apart catastrophically. But the ash glaze gave a dark green smooth finish (difficult to see in the video). Finally, a pot was place upside down on the grate and a cylindrical brick made of iron bacteria, charcoal powder and wood ash was put on top of this. The brick melted over the pot, covering it in a viscous blob of slag rather than a thin glaze. On inspection, the slag had 1mm sized spheres of metallic iron in it. Some of these were picked out and stored in a pot. The reason for these experiments like these to gain knowledge that might be of practical use in future projects that have not yet been determined.
Wordpress: https://primitivetechnology.wordpress.com
Patreon page: https://www.patreon.com/user?u=2945881
I have no face book page, instagram, twitter etc. Beware of fake pages.
- published: 25 Aug 2017
- views: 293571
Primitive Technology: Primitive Wood Stove
- Order: Reorder
- Duration: 16:12
- Updated: 18 Sep 2017
- views: 2582
Primitive Technology: Primitive Wood Stove
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Primitive Skills
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Primitive Technology: Primitive Wood Stove
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Primitive Skills
Follow😍👇
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Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Primitive Life : https://goo.gl/FHTn9P
Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
https://wn.com/Primitive_Technology_Primitive_Wood_Stove
Primitive Technology: Primitive Wood Stove
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Primitive Skills
Follow😍👇
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Google+; https://goo.gl/g4csT3
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Playlist👇👇👇
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- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Primitive Life : https://goo.gl/FHTn9P
Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
- published: 18 Sep 2017
- views: 2582
Primitive Technology: Sandals
- Order: Reorder
- Duration: 5:48
- Updated: 30 Jul 2017
- views: 434336
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of v...
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of various materials the soles of the feet become cracked and split. So I made some basic footwear for the purpose of working on rough surfaces.
I cut some cane and measured out a length 6 times the length of the foot (about 1.5 m), folded it into loops and wove more cane between the loops to form the sole, adding new cane as needed. Next, I made bark fiber cordage and threaded it through the sandal to keep it on. The pair took about 1 hour to make (longer due to setting up the camera).
The sandals do protect from the ground, preventing the feet from cracking. I personally don't like wearing footwear in the forest as bare feet give better grip, especially on inclines. But for heavy work or when my feet are injured I'll wear these. These sandals are so quick to make that I've already got 2 pairs. The material used to make them (loya cane) is everywhere here but pretty much any rope like material will do. Bark fiber rope, grass, vine, flexible roots etc. will all make usable alternative materials.
https://wn.com/Primitive_Technology_Sandals
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't cause problems for my feet. But when repetitively carrying loads of various materials the soles of the feet become cracked and split. So I made some basic footwear for the purpose of working on rough surfaces.
I cut some cane and measured out a length 6 times the length of the foot (about 1.5 m), folded it into loops and wove more cane between the loops to form the sole, adding new cane as needed. Next, I made bark fiber cordage and threaded it through the sandal to keep it on. The pair took about 1 hour to make (longer due to setting up the camera).
The sandals do protect from the ground, preventing the feet from cracking. I personally don't like wearing footwear in the forest as bare feet give better grip, especially on inclines. But for heavy work or when my feet are injured I'll wear these. These sandals are so quick to make that I've already got 2 pairs. The material used to make them (loya cane) is everywhere here but pretty much any rope like material will do. Bark fiber rope, grass, vine, flexible roots etc. will all make usable alternative materials.
- published: 30 Jul 2017
- views: 434336
Primitive Technology: Termite clay kiln & pottery
- Order: Reorder
- Duration: 11:27
- Updated: 24 Mar 2017
- views: 9196384
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a...
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a large grate from ordinary clay. It was just under 50 cm in diameter. Next, I took dry chunks of termite nest and put them into the pit in front of the tiled roof hut. The chunks were crushed and water was added to slake the clay. The clay was trodden on to mix it. Dead palm fronds were added to the clay to stop it from cracking as it dried and to add insulation to the kiln. The mixture was trodden on again and then taken from the pit. A trench was dug to form the firebox of the kiln and a wall of clay was made in the front of the trench. A hole was dug into the wall to allow air flow into the firebox.
The grate was placed on top of the firebox and the walls of the ware chamber were built around the grate. When the kiln walls were finished, grate bars made from termite clay were placed into the firebox. Grate bars are important for fireboxes as they lift the firewood off the ground allowing air to move up through the fuel bed for more efficient combustion. Burning wood as a heap on the ground allows cold air to flow up and over the coals, cooling the kiln and leaving the air unreacted with the fire wood. It still works but is much less efficient than using grate bars. The finished kiln was 50 cm tall (above grate height), 50 cm in diameter and with walls about 12.5 cm thick. The pit/firebox was about 25 cm deep and 25 cm wide with grate bars sitting half way between the ground and the circular kiln grate above.
Next, for the pottery clay, I selected a termite mound built on red clay soil. I took it to the kiln area and slaked it with water and mixed it in a small pit. I crushed up an old grate from a previous kiln and mixed it into the termite clay as grog. Grog prevents pottery from cracking as it dries and helps prevent breakage when firing. I then shaped the clay into a small urn. I also made some barrel roof tiles and a smaller pot from termite clay. I then stacked the kiln with the termite pottery.
To fire the pottery, I collected a large pile of dead wood and started a fire in the firebox. I heard some explosions in the kiln early on and knew something broke but continued anyway. Within an hour the kiln had heated up well and the pottery was glowing red hot. By the second hour the temperature went down illustrating an important point: if you over fill the firebox with wood the kiln will choke it and not burn efficiently. Realising this mistake I merely let the wood burn down a little so more air could get through. By 2 hours and 30 minutes the kiln was firing nicely again with all the pottery glowing low orange (about 845 c or 1550 f). I kept it at this low firing temperature for another 30 minutes. The whole firing process took about 3 hours from start to finish, a relatively short period of time for firing pottery.
When I took the pottery out, one tile had broken and the urn had spalled (a piece of the outer pot broke off) possibly due to still having moisture in it. The urn was still useable though and I use it to water the cassava patch. The forge blower was well fired and is now immune to water damage, no longer needing to be carefully protected from the rain. I put it in the barrel tile shed for storage. I put the broken tile and spalled piece from the urn in a special heap of broken pottery. When I make pottery in future I can crush up these broken pots and mix it into the new clay as grog to strengthen the new ceramic items. Finally, I stored the good tiles at the barrel tiled hut as replacements for broken tiles in that structure should there be any damage in future.
Termite clay is good material for making furnaces and an OK substitute for good pottery clay should it be difficult to find a better source. The termites have already processed the clay by the fact that their mouths are too small to include sticks and pebbles into their structures. As a result, the clay is very smooth and plastic. Too smooth for my liking, in fact, I’m used to working with coarser clay that has silt mixed into it naturally. I find that termite clay is either too runny when wet or cracks too easily when drier. It was difficult to form into complex shapes and it took me 2 attempts to make the urn. But for forming objects like tiles it’s OK, it can be pressed into shape and it will hold without difficulty. In future, I’d be likely to use termite clay for mass producing formed objects such as bricks, tiles, simple pots (formed over a mould) and possibly pipes, thereby conserving the dwindling clay supply from the creek bank which I’ll save for more intricate pottery. In summary, termite clay is able to be used to produce basic pottery if no other source can be found. If you have a termite nest you can make basic pottery from it.
https://wn.com/Primitive_Technology_Termite_Clay_Kiln_Pottery
I built this pottery kiln and some pottery from termite mound clay to test an alternative clay source to my usual one from the creek bank. I started by making a large grate from ordinary clay. It was just under 50 cm in diameter. Next, I took dry chunks of termite nest and put them into the pit in front of the tiled roof hut. The chunks were crushed and water was added to slake the clay. The clay was trodden on to mix it. Dead palm fronds were added to the clay to stop it from cracking as it dried and to add insulation to the kiln. The mixture was trodden on again and then taken from the pit. A trench was dug to form the firebox of the kiln and a wall of clay was made in the front of the trench. A hole was dug into the wall to allow air flow into the firebox.
The grate was placed on top of the firebox and the walls of the ware chamber were built around the grate. When the kiln walls were finished, grate bars made from termite clay were placed into the firebox. Grate bars are important for fireboxes as they lift the firewood off the ground allowing air to move up through the fuel bed for more efficient combustion. Burning wood as a heap on the ground allows cold air to flow up and over the coals, cooling the kiln and leaving the air unreacted with the fire wood. It still works but is much less efficient than using grate bars. The finished kiln was 50 cm tall (above grate height), 50 cm in diameter and with walls about 12.5 cm thick. The pit/firebox was about 25 cm deep and 25 cm wide with grate bars sitting half way between the ground and the circular kiln grate above.
Next, for the pottery clay, I selected a termite mound built on red clay soil. I took it to the kiln area and slaked it with water and mixed it in a small pit. I crushed up an old grate from a previous kiln and mixed it into the termite clay as grog. Grog prevents pottery from cracking as it dries and helps prevent breakage when firing. I then shaped the clay into a small urn. I also made some barrel roof tiles and a smaller pot from termite clay. I then stacked the kiln with the termite pottery.
To fire the pottery, I collected a large pile of dead wood and started a fire in the firebox. I heard some explosions in the kiln early on and knew something broke but continued anyway. Within an hour the kiln had heated up well and the pottery was glowing red hot. By the second hour the temperature went down illustrating an important point: if you over fill the firebox with wood the kiln will choke it and not burn efficiently. Realising this mistake I merely let the wood burn down a little so more air could get through. By 2 hours and 30 minutes the kiln was firing nicely again with all the pottery glowing low orange (about 845 c or 1550 f). I kept it at this low firing temperature for another 30 minutes. The whole firing process took about 3 hours from start to finish, a relatively short period of time for firing pottery.
When I took the pottery out, one tile had broken and the urn had spalled (a piece of the outer pot broke off) possibly due to still having moisture in it. The urn was still useable though and I use it to water the cassava patch. The forge blower was well fired and is now immune to water damage, no longer needing to be carefully protected from the rain. I put it in the barrel tile shed for storage. I put the broken tile and spalled piece from the urn in a special heap of broken pottery. When I make pottery in future I can crush up these broken pots and mix it into the new clay as grog to strengthen the new ceramic items. Finally, I stored the good tiles at the barrel tiled hut as replacements for broken tiles in that structure should there be any damage in future.
Termite clay is good material for making furnaces and an OK substitute for good pottery clay should it be difficult to find a better source. The termites have already processed the clay by the fact that their mouths are too small to include sticks and pebbles into their structures. As a result, the clay is very smooth and plastic. Too smooth for my liking, in fact, I’m used to working with coarser clay that has silt mixed into it naturally. I find that termite clay is either too runny when wet or cracks too easily when drier. It was difficult to form into complex shapes and it took me 2 attempts to make the urn. But for forming objects like tiles it’s OK, it can be pressed into shape and it will hold without difficulty. In future, I’d be likely to use termite clay for mass producing formed objects such as bricks, tiles, simple pots (formed over a mould) and possibly pipes, thereby conserving the dwindling clay supply from the creek bank which I’ll save for more intricate pottery. In summary, termite clay is able to be used to produce basic pottery if no other source can be found. If you have a termite nest you can make basic pottery from it.
- published: 24 Mar 2017
- views: 9196384
Primitive Technology: Filter Dirty Water
- Order: Reorder
- Duration: 10:40
- Updated: 25 Aug 2017
- views: 927
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid wa...
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid water for drinking water. We use rocks, sand and charcoal to filter water. By Primitive survival skills we successfully filtered dirty water into clean water. We will continue to make the next video. To keep track of our latest videos please subscribe to the channel
Channel: https://goo.gl/tqd6zU
https://wn.com/Primitive_Technology_Filter_Dirty_Water
This is my next video. In this video we teach people how to get clean water from the forest. Clean water is essential for every one of us. We filtered turbid water for drinking water. We use rocks, sand and charcoal to filter water. By Primitive survival skills we successfully filtered dirty water into clean water. We will continue to make the next video. To keep track of our latest videos please subscribe to the channel
Channel: https://goo.gl/tqd6zU
- published: 25 Aug 2017
- views: 927
Primitive Survival Skills: Technology Make A pulley Primitive
- Order: Reorder
- Duration: 7:39
- Updated: 03 Sep 2017
- views: 742
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still use...
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still used today. Pulley modifies the power of the force so that we can lift an object easily. At first we cut the wood to make rollers, took the bark to make zipper, cut a piece of tree to make the shaft. We made this video purely by primitive technology. We took a lot of time to complete it. We will continue to make the next video on primitive survival skills. Subscribe our channel to keep track of the latest videos.
Channel: https://goo.gl/EfDHKW
https://wn.com/Primitive_Survival_Skills_Technology_Make_A_Pulley_Primitive
This is our next video of primitive survival skills. In this video we show you how to create a primitive pulley. Pulley is a great invention and it is still used today. Pulley modifies the power of the force so that we can lift an object easily. At first we cut the wood to make rollers, took the bark to make zipper, cut a piece of tree to make the shaft. We made this video purely by primitive technology. We took a lot of time to complete it. We will continue to make the next video on primitive survival skills. Subscribe our channel to keep track of the latest videos.
Channel: https://goo.gl/EfDHKW
- published: 03 Sep 2017
- views: 742
Primitive Technology: Reusable charcoal mound
- Order: Reorder
- Duration: 10:06
- Updated: 17 Jun 2017
- views: 6272114
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood...
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood it’s made from. I’ve made some before, but with supplies running low due to furnace experiments, I decided to make another large batch of charcoal in a mound. I stacked the wood into a roughly conical shape (about 1 m wide and 75 cm high) and then built a thick wall of mud around the heap (this took 6 hours). Eight air entries were made in the base of the mound and one air exit hole was left at the top of the mound to allow the volatile components of the wood to escape while creating a natural draft to keep everything burning.
The mound was lit and the flame burned backwards down the heap in the opposite direction to the draft. This protects the coal made above the level of the fire from burning as carbon dioxide rushes past instead of oxygen, preventing combustion of charcoal. Each air entry was sealed only when fire became visible through them. This is an easy way to tell when to close them up, i.e. when the fire had burned down all of the wood in the heap. When the last air entry was closed, the air exit at the top of the mound was sealed, 5 hours after starting. The next day when cool, a large arched opening was made in the side of the mound to extract the charcoal. Despite a few unburnt brands the yield and quality was good filling almost 2 baskets.
To see if the kiln was reusable, I restacked it with timber cut from a fallen gum tree branch up the mountain. Due to the difficulty in reaching into the mound I stacked the wood in criss-crossed horizontal layers. The opening was sealed with mud and the mound lit as before. This time the mound burned quickly and I had to seal it early as the timber was burning at different rates, 3 hours after starting. Some large logs remained unburnt while charcoal that had already formed started to burn up being wasted as ash.
When I opened it the next day it had still produced an ok amount of charcoal but was disappointingly low compared to the first batch. This may partly be due to some of the wood being still green though it’s probably more likely to be due to how it was stacked. The lesson here is that when making charcoal the wood needs to be tightly stacked with few air spaces between. If not, the mound admits too much oxygen that quickly burns the timber.
Another thought I had was that wood may convert to charcoal better if laid vertically (or roughly so, like the cone in the first firing) so that the fire starts at the top of the wood and burns down. Stacking the wood in horizontal layers means that each layer has to set the one bellow alight leading to problems if the wood is green (use dry wood if stacking horizontally). By stacking wood vertically each piece is alight already and simply burns down towards the air entries. Stacking in this way also makes it easier to see fire in the air entries letting you know when to seal the mound.
For the reasons above I may make another charcoal kiln in future in the shape of a cylinder with air entries around the base and an open top. The kiln would be re-usable and easily stacked. A conical pile of wood would protrude above the walls of the kiln and be plastered in a temporary cover of mud. The kiln would be fired as with a normal mound and when finished the temporary cover of mud would be removed to extract the charcoal
Wordpress: https://primitivetechnology.wordpress.com/
Patreon page: https://www.patreon.com/user?u=2945881
I have no face book page, instagram, twitter etc. Beware of fake pages.
https://wn.com/Primitive_Technology_Reusable_Charcoal_Mound
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal is a valuable fuel that reaches a higher temperature than the very wood it’s made from. I’ve made some before, but with supplies running low due to furnace experiments, I decided to make another large batch of charcoal in a mound. I stacked the wood into a roughly conical shape (about 1 m wide and 75 cm high) and then built a thick wall of mud around the heap (this took 6 hours). Eight air entries were made in the base of the mound and one air exit hole was left at the top of the mound to allow the volatile components of the wood to escape while creating a natural draft to keep everything burning.
The mound was lit and the flame burned backwards down the heap in the opposite direction to the draft. This protects the coal made above the level of the fire from burning as carbon dioxide rushes past instead of oxygen, preventing combustion of charcoal. Each air entry was sealed only when fire became visible through them. This is an easy way to tell when to close them up, i.e. when the fire had burned down all of the wood in the heap. When the last air entry was closed, the air exit at the top of the mound was sealed, 5 hours after starting. The next day when cool, a large arched opening was made in the side of the mound to extract the charcoal. Despite a few unburnt brands the yield and quality was good filling almost 2 baskets.
To see if the kiln was reusable, I restacked it with timber cut from a fallen gum tree branch up the mountain. Due to the difficulty in reaching into the mound I stacked the wood in criss-crossed horizontal layers. The opening was sealed with mud and the mound lit as before. This time the mound burned quickly and I had to seal it early as the timber was burning at different rates, 3 hours after starting. Some large logs remained unburnt while charcoal that had already formed started to burn up being wasted as ash.
When I opened it the next day it had still produced an ok amount of charcoal but was disappointingly low compared to the first batch. This may partly be due to some of the wood being still green though it’s probably more likely to be due to how it was stacked. The lesson here is that when making charcoal the wood needs to be tightly stacked with few air spaces between. If not, the mound admits too much oxygen that quickly burns the timber.
Another thought I had was that wood may convert to charcoal better if laid vertically (or roughly so, like the cone in the first firing) so that the fire starts at the top of the wood and burns down. Stacking the wood in horizontal layers means that each layer has to set the one bellow alight leading to problems if the wood is green (use dry wood if stacking horizontally). By stacking wood vertically each piece is alight already and simply burns down towards the air entries. Stacking in this way also makes it easier to see fire in the air entries letting you know when to seal the mound.
For the reasons above I may make another charcoal kiln in future in the shape of a cylinder with air entries around the base and an open top. The kiln would be re-usable and easily stacked. A conical pile of wood would protrude above the walls of the kiln and be plastered in a temporary cover of mud. The kiln would be fired as with a normal mound and when finished the temporary cover of mud would be removed to extract the charcoal
Wordpress: https://primitivetechnology.wordpress.com/
Patreon page: https://www.patreon.com/user?u=2945881
I have no face book page, instagram, twitter etc. Beware of fake pages.
- published: 17 Jun 2017
- views: 6272114
Primitive Technology: Water powered hammer (Monjolo)
- Order: Reorder
- Duration: 8:51
- Updated: 28 Apr 2017
- views: 9667922
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct...
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct water from the creek. This was set up in the creek and water flowed through it. The hammer was made from a fallen tree. I cut it to size by burning it at the points I wanted it cut (to save effort chopping). Next I carved a trough in one end to catch falling water. This was done first with a stone chisel that was then hafted to an L–shaped handle and used as an adze. This adze only took about an hour to make as I already had the chisel head and cordage made of bark fibre to bind it with.
To save further effort carving I used hot coals from the fire to char the wood in the trough. I put the coals in using “chopsticks” (unused arrow shafts) to transfer them from the pit. The coals were fanned or blown with a wooden blowpipe till the wood in the trough burned. Then the char was scraped out. The sides of the trough were sealed with clay to make sure the wooden sides did not burn away which would effectively decrease the volume of the trough. This was approximately 8 hours work over two days.
With the trough carved I made a hole in the middle of the log as a pivot point. Using the same char and scrape method I burnt a hole right through the log using hot coals and a blow pipe. Again clay was used to prevent wood burning where it was wanted. To burn through the approximately 25 cm diameter log it took about 4 hours and 30 minutes. Another hole was burnt in the end to fit the wooden hammer head and it took a similar amount of time.
A tripod lashed with loya cane was set up at the water spout. The axel of the hammer was tied to one leg, the hammer fitted onto the axel and the other end of the axel tied to another leg. The trough was positioned under the waterspout to collect water and the tripod adjusted so that the resting point of the hammer was horizontal (so water wouldn’t prematurely spill out of the trough).
The trough filled with water, outweighed the hammer head and tilted the hammer up into the air. The water then emptied out of the trough (now slanting downwards) and the hammer then slammed down onto an anvil stone returning to its original position. The cycle then repeated at the approximate rate of one strike every 10 seconds. The hammer crushes small soft types of stone like sandstone or ochre. I carved a bowl into the anvil stone so that it would collect the powder. I then crushed old pottery (useful as grog for new pots) and charcoal. Practically speaking, this hammer worked ok as a proof of concept but I might adjust it or make a new one with a larger trough and bigger hammer for heavy duty work.
This is the first machine I’ve built using primitive technology that produces work without human effort. Falling water replaces human calories to perform a repetitive task. A permanent set up usually has a shed protecting the hammer and materials from the weather while the trough end sits outside under the spout. This type of hammer is used to pulverise grain into flour and I thought I might use one to mill dry cassava chips into flour when the garden matures. This device has also been used to crush clay for porcelain production. A stone head might make it useful as a stamp mill for crushing ores to powder. It might pulp fibres for paper even.
Wordpress: https://primitivetechnology.wordpress.com/
Patreon page: https://www.patreon.com/user?u=2945881&ty;=h
I have no face book page, instagram, twitter etc. Beware of fake pages.
https://wn.com/Primitive_Technology_Water_Powered_Hammer_(Monjolo)
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google images). I started by making a water spout from half a hollow log to direct water from the creek. This was set up in the creek and water flowed through it. The hammer was made from a fallen tree. I cut it to size by burning it at the points I wanted it cut (to save effort chopping). Next I carved a trough in one end to catch falling water. This was done first with a stone chisel that was then hafted to an L–shaped handle and used as an adze. This adze only took about an hour to make as I already had the chisel head and cordage made of bark fibre to bind it with.
To save further effort carving I used hot coals from the fire to char the wood in the trough. I put the coals in using “chopsticks” (unused arrow shafts) to transfer them from the pit. The coals were fanned or blown with a wooden blowpipe till the wood in the trough burned. Then the char was scraped out. The sides of the trough were sealed with clay to make sure the wooden sides did not burn away which would effectively decrease the volume of the trough. This was approximately 8 hours work over two days.
With the trough carved I made a hole in the middle of the log as a pivot point. Using the same char and scrape method I burnt a hole right through the log using hot coals and a blow pipe. Again clay was used to prevent wood burning where it was wanted. To burn through the approximately 25 cm diameter log it took about 4 hours and 30 minutes. Another hole was burnt in the end to fit the wooden hammer head and it took a similar amount of time.
A tripod lashed with loya cane was set up at the water spout. The axel of the hammer was tied to one leg, the hammer fitted onto the axel and the other end of the axel tied to another leg. The trough was positioned under the waterspout to collect water and the tripod adjusted so that the resting point of the hammer was horizontal (so water wouldn’t prematurely spill out of the trough).
The trough filled with water, outweighed the hammer head and tilted the hammer up into the air. The water then emptied out of the trough (now slanting downwards) and the hammer then slammed down onto an anvil stone returning to its original position. The cycle then repeated at the approximate rate of one strike every 10 seconds. The hammer crushes small soft types of stone like sandstone or ochre. I carved a bowl into the anvil stone so that it would collect the powder. I then crushed old pottery (useful as grog for new pots) and charcoal. Practically speaking, this hammer worked ok as a proof of concept but I might adjust it or make a new one with a larger trough and bigger hammer for heavy duty work.
This is the first machine I’ve built using primitive technology that produces work without human effort. Falling water replaces human calories to perform a repetitive task. A permanent set up usually has a shed protecting the hammer and materials from the weather while the trough end sits outside under the spout. This type of hammer is used to pulverise grain into flour and I thought I might use one to mill dry cassava chips into flour when the garden matures. This device has also been used to crush clay for porcelain production. A stone head might make it useful as a stamp mill for crushing ores to powder. It might pulp fibres for paper even.
Wordpress: https://primitivetechnology.wordpress.com/
Patreon page: https://www.patreon.com/user?u=2945881&ty;=h
I have no face book page, instagram, twitter etc. Beware of fake pages.
- published: 28 Apr 2017
- views: 9667922
Primitive Survival Skills: Technology Make A Shovel Primitive
- Order: Reorder
- Duration: 10:04
- Updated: 18 Sep 2017
- views: 1100
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survi...
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survival skill we grinded it and made it into a primitive stone shovel. Then we planted the forest. We will make the next video on survival skills and primitive technology. Subscribe to a channel to watch the latest videos.
Channel: https://goo.gl/g7cfEG
https://wn.com/Primitive_Survival_Skills_Technology_Make_A_Shovel_Primitive
technology to make a stone shovel primitive. In this video we made a primitive stone shovel. At first we made a rocky return to the coast. By the original survival skill we grinded it and made it into a primitive stone shovel. Then we planted the forest. We will make the next video on survival skills and primitive technology. Subscribe to a channel to watch the latest videos.
Channel: https://goo.gl/g7cfEG
- published: 18 Sep 2017
- views: 1100
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
- Order: Reorder
- Duration: 10:25
- Updated: 10 Sep 2017
- views: 1112
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretr...
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretrix lyrata. We use Primitive skills to make fishing gear. We cut trees and used stones and strings to tie them. Next we went to the sea to catch Meretrix lyrata, it hidden under the sand. We caught a lot of Meretrix lyrata then we baked them and ate them. We fully use the primitive technology to complete the video. We will continue to make the next video on primitive survival skills. Subscribe to watch the latest videos
Channel: https://goo.gl/MQRX3q
https://wn.com/Primitive_Survival_Skills_Technology_Looking_For_Food_Primitive_(Meretrix_Lyrata)
This is our next video. We made this video on a beautiful island. In this video we guide you to find food on the beach. Initially we built tools to catch Meretrix lyrata. We use Primitive skills to make fishing gear. We cut trees and used stones and strings to tie them. Next we went to the sea to catch Meretrix lyrata, it hidden under the sand. We caught a lot of Meretrix lyrata then we baked them and ate them. We fully use the primitive technology to complete the video. We will continue to make the next video on primitive survival skills. Subscribe to watch the latest videos
Channel: https://goo.gl/MQRX3q
- published: 10 Sep 2017
- views: 1112
Primitive Skate | The Pendleton Zoo Video
- Order: Reorder
- Duration: 5:42
- Updated: 07 Jul 2017
- views: 200596
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub
The Pendleton Zoo promo video featuring: Diego Najera, Carlos Ribeiro, Bastien Salabanzi, Trent McClung a...
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub
The Pendleton Zoo promo video featuring: Diego Najera, Carlos Ribeiro, Bastien Salabanzi, Trent McClung and Marek Zaprazny. Filmed by Alan Hannon and Kevin Perez. Shop the collection: https://primitiveskate.com/collections/skate-fall-17-del-1
🔥 Follow us:
Instagram: http://instagram.com/primitiveskate
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Twitter: http://twitter.com/primitiveskate
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Primitive Skateboarding was established in early 2014 by Paul Rodriguez and Heath Brinkley. Our pros are Paul Rodriguez, Shane O'Neill, Bastien Salabanzi, Nick Tucker, Devine Calloway, Carlos Ribeiro, Diego Najera and Brian Peacock. Ams: Trent McClung.
https://wn.com/Primitive_Skate_|_The_Pendleton_Zoo_Video
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub
The Pendleton Zoo promo video featuring: Diego Najera, Carlos Ribeiro, Bastien Salabanzi, Trent McClung and Marek Zaprazny. Filmed by Alan Hannon and Kevin Perez. Shop the collection: https://primitiveskate.com/collections/skate-fall-17-del-1
🔥 Follow us:
Instagram: http://instagram.com/primitiveskate
Facebook: http://fb.com/primitiveskate
Twitter: http://twitter.com/primitiveskate
💰 Shop:
http://primitiveskate.com
Primitive Skateboarding was established in early 2014 by Paul Rodriguez and Heath Brinkley. Our pros are Paul Rodriguez, Shane O'Neill, Bastien Salabanzi, Nick Tucker, Devine Calloway, Carlos Ribeiro, Diego Najera and Brian Peacock. Ams: Trent McClung.
- published: 07 Jul 2017
- views: 200596
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
- Order: Reorder
- Duration: 13:52
- Updated: 19 Sep 2017
- views: 2182
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo
Canais Participantes:
★ PedrãoGamer - https://goo.gl/Qs5Ixs
★ CaliGamer - https://goo.gl/bsYCwI
PlayList ARK...
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo
Canais Participantes:
★ PedrãoGamer - https://goo.gl/Qs5Ixs
★ CaliGamer - https://goo.gl/bsYCwI
PlayList ARK Primitive Plus T2: https://goo.gl/YHH4hV
PlayList ARK Primitive PlusT1: https://goo.gl/wNfJw5
Musica Usada No Video!
In the fairy woods by NCBM
Link : https://youtu.be/6p-QQ_ro0bA
https://wn.com/Ark_Primitive_T2_Ep20_Equus_O_Cavalinho_Do_Ark
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo
Canais Participantes:
★ PedrãoGamer - https://goo.gl/Qs5Ixs
★ CaliGamer - https://goo.gl/bsYCwI
PlayList ARK Primitive Plus T2: https://goo.gl/YHH4hV
PlayList ARK Primitive PlusT1: https://goo.gl/wNfJw5
Musica Usada No Video!
In the fairy woods by NCBM
Link : https://youtu.be/6p-QQ_ro0bA
- published: 19 Sep 2017
- views: 2182
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
- Order: Reorder
- Duration: 38:15
- Updated: 16 Sep 2017
- views: 754
Building a log cabin completely alone has been my dream since selling my last cabin 15 years ago.I start this video by cutting down cedar trees in winter and en...
Building a log cabin completely alone has been my dream since selling my last cabin 15 years ago.I start this video by cutting down cedar trees in winter and end with a standing log cabin in the Canadian Wilderness, up to the top of the walls. In this video, I go into more detail to show exactly how I am doing it. Learn how I cut the notches, lift the logs into place by myself and start preparing my house to live a life like Dick Proenneke did in Alaska.
Get prepared for the apocalypse by building your own primitive off grid log cabin, tiny house in the woods of wilderness Canada.
Learn how to work alone and build your own home using nothing but hand tools - no power tools. Be a modern day lumberjack and outdoorsman capable of self reliant living. Create your own homestead, starting with a tiny home.
https://wn.com/Build_A_Primitive_Log_Cabin_In_The_Forest_Alone_In_The_Wilderness_With_Hand_Tools
Building a log cabin completely alone has been my dream since selling my last cabin 15 years ago.I start this video by cutting down cedar trees in winter and end with a standing log cabin in the Canadian Wilderness, up to the top of the walls. In this video, I go into more detail to show exactly how I am doing it. Learn how I cut the notches, lift the logs into place by myself and start preparing my house to live a life like Dick Proenneke did in Alaska.
Get prepared for the apocalypse by building your own primitive off grid log cabin, tiny house in the woods of wilderness Canada.
Learn how to work alone and build your own home using nothing but hand tools - no power tools. Be a modern day lumberjack and outdoorsman capable of self reliant living. Create your own homestead, starting with a tiny home.
- published: 16 Sep 2017
- views: 754
Primitive Technology: Primitive Life
- Order: Reorder
- Duration: 1:13:33
- Updated: 14 Sep 2017
- views: 378
Primitive Technology Primitive Life
----------------------------------
Primitive Skills
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subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wN...
Primitive Technology Primitive Life
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
https://wn.com/Primitive_Technology_Primitive_Life
Primitive Technology Primitive Life
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Cup of Water: https://goo.gl/cRV7Hn
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
- published: 14 Sep 2017
- views: 378
Primitive Survival Skills: Primitive Hunting Technology
- Order: Reorder
- Duration: 10:06
- Updated: 14 Sep 2017
- views: 1096
Hello friends. Our latest video on primitive hunting technology. Here we use survival skills to make a trap. We have trapped a bird with this trap. Initially we...
Hello friends. Our latest video on primitive hunting technology. Here we use survival skills to make a trap. We have trapped a bird with this trap. Initially we used rocks and a tree to trap. Then we were grilling birds and eating. We made this video purely by primitive technology. This trap is very simple people can do. That is how primitive people hunted to survive. We will continue to make the next video on primitive technology and survival skills. Subscribe to a channel to watch the latest videos
Channel: https://goo.gl/SS3iXM
https://wn.com/Primitive_Survival_Skills_Primitive_Hunting_Technology
Hello friends. Our latest video on primitive hunting technology. Here we use survival skills to make a trap. We have trapped a bird with this trap. Initially we used rocks and a tree to trap. Then we were grilling birds and eating. We made this video purely by primitive technology. This trap is very simple people can do. That is how primitive people hunted to survive. We will continue to make the next video on primitive technology and survival skills. Subscribe to a channel to watch the latest videos
Channel: https://goo.gl/SS3iXM
- published: 14 Sep 2017
- views: 1096
Primitive Kiln
- Order: Reorder
- Duration: 11:08
- Updated: 27 Jan 2017
- views: 112274
Creek Sand (mostly concrete, glass, various metals and stone) was also added to the clay in the end to stop the pieces from breaking during firing. Although the...
Creek Sand (mostly concrete, glass, various metals and stone) was also added to the clay in the end to stop the pieces from breaking during firing. Although the mixture is not yet refined enough as the fired clay has a lot of minor cracks but still holds well nonetheless.
The dimensions of the Kiln are 90cm high, 60cm wide, 70cm long.
The project took about 4 months on and off.
https://wn.com/Primitive_Kiln
Creek Sand (mostly concrete, glass, various metals and stone) was also added to the clay in the end to stop the pieces from breaking during firing. Although the mixture is not yet refined enough as the fired clay has a lot of minor cracks but still holds well nonetheless.
The dimensions of the Kiln are 90cm high, 60cm wide, 70cm long.
The project took about 4 months on and off.
- published: 27 Jan 2017
- views: 112274
Primitive Technology: Daily drinking water
- Order: Reorder
- Duration: 15:52
- Updated: 09 Sep 2017
- views: 492
Primitive Technology: Daily drinking water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo...
Primitive Technology: Daily drinking water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
https://wn.com/Primitive_Technology_Daily_Drinking_Water
Primitive Technology: Daily drinking water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
- published: 09 Sep 2017
- views: 492
Primitive Survival Skills: Technology Fork, Spoon, Chopsticks Primitive
- Order: Reorder
- Duration: 7:26
- Updated: 16 Sep 2017
- views: 8117
Hello! This is our latest video. In this video we made food utensils. We have made Fork, Spoon, Chopsticks, which are necessary tools when eating. We use the pr...
Hello! This is our latest video. In this video we made food utensils. We have made Fork, Spoon, Chopsticks, which are necessary tools when eating. We use the primitive survival skill to make those things. That's how primitive people eat. These were the primitive technologies of the time. We will continue to make the next video about survival skills and primitive technology. Register our channel to see the latest videos. thank you
Channel: https://goo.gl/TeqzKj
https://wn.com/Primitive_Survival_Skills_Technology_Fork,_Spoon,_Chopsticks_Primitive
Hello! This is our latest video. In this video we made food utensils. We have made Fork, Spoon, Chopsticks, which are necessary tools when eating. We use the primitive survival skill to make those things. That's how primitive people eat. These were the primitive technologies of the time. We will continue to make the next video about survival skills and primitive technology. Register our channel to see the latest videos. thank you
Channel: https://goo.gl/TeqzKj
- published: 16 Sep 2017
- views: 8117
Primitive Technology: Cup of Water
- Order: Reorder
- Duration: 17:24
- Updated: 12 Sep 2017
- views: 1026
Primitive Technology: Cup of Water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNs...
Primitive Technology: Cup of Water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
https://wn.com/Primitive_Technology_Cup_Of_Water
Primitive Technology: Cup of Water
----------------------------------
Primitive Skills
Follow😍👇
subscribers; https://goo.gl/W93ikU
Facebook: https://goo.gl/7wNsnS
Google+; https://goo.gl/g4csT3
twitter; https://goo.gl/jZCkSy
Pinterest: https://goo.gl/Ys7JGa
Playlist👇👇👇
- Primitive Skills: https://goo.gl/v5fh8J
- Primitive Technology: https://goo.gl/E61YvQ
- Primitive Technology Interview: https://goo.gl/Sg6ywD
video ✍✍✍
Primitive Technology: Daily drinking water: https://goo.gl/w6pofB
Primitive Technology: Pillow Primitive: https://goo.gl/wLh6mr
Primitive Technology Ladder Made of Bamboo: https://goo.gl/wvZRyu
Primitive Technology: Bed Shed Primitives: https://goo.gl/dWSYhD
Primitive Technology: Making A Wood Hammer: https://goo.gl/A21CLc
Primitive Skills: Freshwater Fish Trap: https://goo.gl/K6sCeD
Primitive Skills: Bow and Arrow Made From Bamboo: https://goo.gl/zoZ6n3
Primitive Technology: Woven Bamboo Baskets: https://goo.gl/EWRsPC
Primitive Skills: Make Sandals From Barrk : https://goo.gl/ospPP8
Primitive Skills: Building a Sleep Mat: https://goo.gl/GubYJr
Primitive Skills: Catch Crab, Daily Food of Primitive People: https://goo.gl/WwTSY4
Primitive Skillls: Making Stone Axes From The Primitive: https://goo.gl/jYkMBN
Primitive Technology: Fire Plow: https://goo.gl/AeL8tn
Building A Survival Shelter; https://goo.gl/5XorRc
- published: 12 Sep 2017
- views: 1026
Primitive Technology: Make sickle Primitive (Die Sichel)
- Order: Reorder
- Duration: 10:02
- Updated: 06 Aug 2017
- views: 3667
Make sickle Primitive. This is our 8th video. We had to work very hard to finish this video in 2 days because of heavy rain. We made a primitive sickle. We have...
Make sickle Primitive. This is our 8th video. We had to work very hard to finish this video in 2 days because of heavy rain. We made a primitive sickle. We have small stone grinding to make the crescent sickle, cut the tree to do the rolling and take the bark to make seconds. The sickle is the working tool of the primitive. It's a step forward in productivity tools. These are the primordial survival techniques. We continue to make the next video on primitive technology. Please support us so that we have motivation. By sharing, and subscribing to the channel, you have been motivating us. thank you
Channel: https://goo.gl/QkfVHY
Related videos:
Primitive Technology: Survival Skills Stone Ax, Coconut Cutting
https://goo.gl/dwpTQv
Primitive Technology: Water Pipe Bamboo
https://goo.gl/DefWde
Primitive Technology: Weapons Danger Primitive (Canarium)
https://goo.gl/mBqeAx
Primitive Technology: Banana Boat
https://goo.gl/3cE5eg
https://wn.com/Primitive_Technology_Make_Sickle_Primitive_(Die_Sichel)
Make sickle Primitive. This is our 8th video. We had to work very hard to finish this video in 2 days because of heavy rain. We made a primitive sickle. We have small stone grinding to make the crescent sickle, cut the tree to do the rolling and take the bark to make seconds. The sickle is the working tool of the primitive. It's a step forward in productivity tools. These are the primordial survival techniques. We continue to make the next video on primitive technology. Please support us so that we have motivation. By sharing, and subscribing to the channel, you have been motivating us. thank you
Channel: https://goo.gl/QkfVHY
Related videos:
Primitive Technology: Survival Skills Stone Ax, Coconut Cutting
https://goo.gl/dwpTQv
Primitive Technology: Water Pipe Bamboo
https://goo.gl/DefWde
Primitive Technology: Weapons Danger Primitive (Canarium)
https://goo.gl/mBqeAx
Primitive Technology: Banana Boat
https://goo.gl/3cE5eg
- published: 06 Aug 2017
- views: 3667
- Playlist
- Chat
- Playlist
- Chat
9:16
Primitive Technology: Simplified blower and furnace experiments
Blower description
The purpose of this project was to test a simplified blower design con...
published: 25 Aug 2017
Primitive Technology: Simplified blower and furnace experiments
Primitive Technology: Simplified blower and furnace experiments
- Report rights infringement
- published: 25 Aug 2017
- views: 293571
16:12
Primitive Technology: Primitive Wood Stove
Primitive Technology: Primitive Wood Stove
----------------------------------
Primitive Sk...
published: 18 Sep 2017
Primitive Technology: Primitive Wood Stove
Primitive Technology: Primitive Wood Stove
- Report rights infringement
- published: 18 Sep 2017
- views: 2582
5:48
Primitive Technology: Sandals
I made a pair of sandals from loya cane. Walking bare footed in the bush generally doesn't...
published: 30 Jul 2017
Primitive Technology: Sandals
Primitive Technology: Sandals
- Report rights infringement
- published: 30 Jul 2017
- views: 434336
11:27
Primitive Technology: Termite clay kiln & pottery
I built this pottery kiln and some pottery from termite mound clay to test an alternative ...
published: 24 Mar 2017
Primitive Technology: Termite clay kiln & pottery
Primitive Technology: Termite clay kiln & pottery
- Report rights infringement
- published: 24 Mar 2017
- views: 9196384
10:40
Primitive Technology: Filter Dirty Water
This is my next video. In this video we teach people how to get clean water from the fores...
published: 25 Aug 2017
Primitive Technology: Filter Dirty Water
Primitive Technology: Filter Dirty Water
- Report rights infringement
- published: 25 Aug 2017
- views: 927
7:39
Primitive Survival Skills: Technology Make A pulley Primitive
This is our next video of primitive survival skills. In this video we show you how to crea...
published: 03 Sep 2017
Primitive Survival Skills: Technology Make A pulley Primitive
Primitive Survival Skills: Technology Make A pulley Primitive
- Report rights infringement
- published: 03 Sep 2017
- views: 742
10:06
Primitive Technology: Reusable charcoal mound
*Turn on captions for written commentary (CC in bottom right corner of screen). Charcoal i...
published: 17 Jun 2017
Primitive Technology: Reusable charcoal mound
Primitive Technology: Reusable charcoal mound
- Report rights infringement
- published: 17 Jun 2017
- views: 6272114
8:51
Primitive Technology: Water powered hammer (Monjolo)
I built a water powered hammer called a “Monjolo” (see also karausu (からうす) on google image...
published: 28 Apr 2017
Primitive Technology: Water powered hammer (Monjolo)
Primitive Technology: Water powered hammer (Monjolo)
- Report rights infringement
- published: 28 Apr 2017
- views: 9667922
10:04
Primitive Survival Skills: Technology Make A Shovel Primitive
technology to make a stone shovel primitive. In this video we made a primitive stone shove...
published: 18 Sep 2017
Primitive Survival Skills: Technology Make A Shovel Primitive
Primitive Survival Skills: Technology Make A Shovel Primitive
- Report rights infringement
- published: 18 Sep 2017
- views: 1100
10:25
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
This is our next video. We made this video on a beautiful island. In this video we guide y...
published: 10 Sep 2017
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
Primitive Survival Skills: Technology Looking For Food Primitive (Meretrix lyrata)
- Report rights infringement
- published: 10 Sep 2017
- views: 1112
5:42
Primitive Skate | The Pendleton Zoo Video
► Subscribe to Primitive Skate: http://bit.ly/prmtvsub
The Pendleton Zoo promo video featu...
published: 07 Jul 2017
Primitive Skate | The Pendleton Zoo Video
Primitive Skate | The Pendleton Zoo Video
- Report rights infringement
- published: 07 Jul 2017
- views: 200596
13:52
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
Meu Twitter: @PedroCezar10: https://goo.gl/2u40Uo
Canais Participantes:
★ PedrãoGamer - h...
published: 19 Sep 2017
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!
- Report rights infringement
- published: 19 Sep 2017
- views: 2182
38:15
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
Building a log cabin completely alone has been my dream since selling my last cabin 15 yea...
published: 16 Sep 2017
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
Build a Primitive Log Cabin in the Forest Alone in the Wilderness with Hand Tools
- Report rights infringement
- published: 16 Sep 2017
- views: 754
1:13:33
Primitive Technology: Primitive Life
Primitive Technology Primitive Life
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Primitive Skills
Fo...
published: 14 Sep 2017
Primitive Technology: Primitive Life
Primitive Technology: Primitive Life
- Report rights infringement
- published: 14 Sep 2017
- views: 378
Primitive Technology: Simplified blower and furnac...
Primitive Technology: Primitive Wood Stove...
Primitive Technology: Sandals...
Primitive Technology: Termite clay kiln & pottery...
Primitive Technology: Filter Dirty Water...
Primitive Survival Skills: Technology Make A pulle...
Primitive Technology: Reusable charcoal mound...
Primitive Technology: Water powered hammer (Monjol...
Primitive Survival Skills: Technology Make A Shove...
Primitive Survival Skills: Technology Looking For ...
Primitive Skate | The Pendleton Zoo Video...
ARK PRIMITIVE T2 EP20 - Equus o Cavalinho do ARK!...
Build a Primitive Log Cabin in the Forest Alone in...
Primitive Technology: Primitive Life...
Primitive Survival Skills: Primitive Hunting Techn...
Primitive Kiln...
Primitive Technology: Daily drinking water...
Primitive Survival Skills: Technology Fork, Spoon,...
Primitive Technology: Cup of Water...
Primitive Technology: Make sickle Primitive (Die S...
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Lyrics list:lyrics
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Primitive, Ambulance Ltd
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Primitive, Neil Diamond
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Primitive, Cyndi Lauper
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Primitive, Punish Yourself
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Primitive, Eurythmics
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Primitive, Loto Sunk
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Primitive, Helmet
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Primitive, Killing Joke
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Primitive, Annie Lennox
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Primitive, Accept
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Primitive
Feel sick without you and I can't let you go
I told you I don't want to but you don't let me say no
I drop a wire to your mom and your dad
And say, "Relax, don't think about the way I treat you"
Shake humble hands with a far-away neighbor
Take part in something you can sure understand
You're now allergic to the rumble and noise
So relax, don't think about the way I treat you
When I've got the time
And I've got a way
And I really want you
And you really want to
Sent from St. Louis with a ball and his brain
He drove his brand new sports car on a national campaign
He's not affected by the rallies and wars
He says, "Relax, don't think about the way I treat you.
Believe me."
You learn to walk at a comfortable slumber
Proceeding lonely toward sure history
You don't remember and it's not important
So relax, don't think about the way I treat you
yeah
When I've got the time
When I've found a way
When I really want you
And you really want to
When I've got the time
Well, I've found a way
When I really want you
And you really want to
When I've got the time
When I've got a way
When I really want you
And you really want to
And you really want to
And you really want to
And you really want to
And you really want to
Relax, don't think about the way I treat you
back
Update: More Than 100 Dead After Buildings Collapse During Mexico City Earthquake
Edit WorldNews.com 20 Sep 2017
Dozens were killed in a powerful earthquake that struck Mexico City on Tuesday, toppling buildings and sending rescue workers and volunteers frantically searching through the debris, according to CNN. The earthquake also knocked out power to millions while at least 119 dead were officially reported during the magnitude 7.1 earthquake. Most deaths were reported in Puebla, Morelos and Mexico states, and Mexico City, the capital ... U.S ... ....
back
Breaking: 7.1-Magnitude Earthquake Strikes Mexico City Causing Buildings To Sway, Objects to Fall
Edit WorldNews.com 19 Sep 2017
Central Mexico was jolted by a powerful magnitude 7.1 earthquake Tuesday that cracked building façades and scattered rubble on the capital city on the 32 anniversary of a devastating 1985 quake, The Associated Press reported. The quake caused buildings in Mexico City to sway and sent panicked office workers streaming into the streets. The full extent of the damage was not yet clear, the report said. The U.S....
back
U.S. Military Strikes on N.Korea Get More Likely by the Day
Edit Chosun Ilbo 20 Sep 2017
U.S. Defense Secretary James Mattis said Monday that the Pentagon has military options for North Korea that do not put Seoul at grave risk. He declined to elaborate what those options may be. The reason the U.S. has so far refrained from launching a military strike against North Korea is because suc... ....
back
[UPDATE] Massive Earthquake Strikes Mexico City
Edit WorldNews.com 19 Sep 2017
On the anniversary of a fatal 1985 earthquake, Mexico suffered a 7.1-magnitude tremor on Tuesday causing damage to buildings, knocking out power and at least four people were reported dead, The Washington Post reported. A couple of hours after a siren signaled an annual earthquake drill, the ground began to tremble, walls buckled and citizens began running into the streets, the report said ... According to local media reports, Gov ... ....
back
Despite World Condemnation Of N. Korea, S. Korea Plans $8 Million In Humanitarian Aid
Edit WorldNews.com 20 Sep 2017
While closely aligned with hardline U.S. policies toward its North Korean neighbors, South Korean leaders in Seoul are planning to send $8 million in humanitarian aid to North Korea, VOA News reported Tuesday ... sanctions, which U.S. Ambassador to the United Nations Nikki Haley said cuts “90 percent of trade and 30 percent of oil” imports to North Korea, VOA News reported....
What did Jemele Hill get wrong?
Edit The Telegraph Macon 20 Sep 2017
Let’s consider the evidence. He was sued for systematically refusing to rent to African Americans and settled out of court ... He was once quoted as saying of a black accountant. “Black guys counting my money! I hate it ... I think that the guy is lazy ... There is none ... Even if he is held accountable in 2020, it won’t fix, or even address, that frightened, primitive thing inside them that led so many to reach out to him in the first place ... Videos. ....
Paul Greenberg: Farewell from Cassini
Edit The Oklahoman 20 Sep 2017
If you're reading this message, there's no need to burn it. For it and I have already been burned beyond recognition. It was good knowing you and a great trip while it lasted ... You all are going to miss me now that I'm gone ... 15, 1997, according to your primitive calendar, that I began my billion-mile jaunt and was named for the Italian astronomer who discovered four of Saturn's moons and a strange gap in its fluorescent rings ... Not anymore....
Loud Thunder upgrades win OK
Edit Dispatch Argus 20 Sep 2017
ROCK ISLAND -- Loud Thunder Forest Preserve soon will see a makeover that includes four rental cabins with private docks, upgraded camp sites, additional RV camping, and infrastructure repairs ... The remaining $500,000 is budgeted for interest payments, said Bob Vail of Bernardi Securities.� ... Mike Steffen was absent.� ... Johnston said ... Craver said ... Swanson said ... Electric and water hookups also would be added to 22 existing primitive campsites....
Two new species of earthworm found in Western Ghats
Edit The Siasat Daily 19 Sep 2017
Thiruvananthapuram. Two new primitive species of earthworm have been discovered in the Western Ghats mountain ranges in Kerala, scientists said today ... In addition to the new species belonging to the primitive family Moniligastridae, the scientists also report the occurrence of five species of the same genus that have not previously been recorded from the state ... PTI Read More ....
September 19, 2017
Edit Waycross Journal Herald 19 Sep 2017
Vera Ruth M. Norman ... Born in Ellijay Jan ... The Emanuel County native lived 68 years in Wayne County and was a faithful and loving member of Jesup Primitive Baptist Church ... The funeral was scheduled for this morning at 11 o’clock at Jesup Primitive Baptist Church with Elder Keith Tillman and Elder W.H ... in the Beards Creek Primitive Baptist Church Cemetery in Glennville ... Honorary pallbearers will be the men of Jesup Primitive Baptist Church ... ....
Controlling movement like a dimmer switch
Edit Science Daily 19 Sep 2017
New research identifies a motor pathway between the forebrain and brainstem that works like a dimmer switch to regulate swimming speed in the sea lamprey -- a primitive, jawless fish with an eel-like body studied by neuroscientists as a model of the vertebrate nervous system ... <!-- more --> ... ....
These 'woke' Temple students aren't playing 2nd banana | Jenice Armstrong
Edit Philadelphia Daily News 19 Sep 2017
11 and saw it as a jab at them for being black ... “The first thing that popped in my head was the negative connotation of black people and bananas, you know, how they call us primates or say we’re primitive,” she told me Monday....
Two Toda youth to play in football tourney
Edit Deccan Chronicle 19 Sep 2017
Ooty. Tribal sports development here has taken a big stride as two youth hailing from Toda tribal community in the hills, one of the primitive tribes in the county itself, have been selected to represent team India at the World Cup Mini-Football tourney that is scheduled in Tunisia in October. The selection of P.Nasmudi Kuttan (22) and I ... ....
For a new Key West resident, Irma was her welcome-to-town
Edit Times Free Press 19 Sep 2017
KEY LARGO, Fla. (AP) - Prudence Duchene will never forget the day she moved to Key West. It was Aug. 30 - the day a storm brewing in the Atlantic got named Irma. Duchene, 22, was actually waiting to board her Florida-bound flight from Albany International Airport when she saw the news that the newly named tropical storm was headed toward the Keys ... She survived, shaken but fine ... It's been a very kind of primitive deal ... ....
These days, telling the truth gets you in trouble
Edit Albuquerque Journal 19 Sep 2017
He was once quoted as saying of a black accountant. “Black guys counting my money! I hate it. The only kind of people I want counting my money are short guys that wear yarmulkes every day. I think that the guy is lazy ... It really is, I believe that ... Even if he is held accountable in 2020, it won’t fix, or even address, that frightened, primitive thing inside them that led so many to reach out to him in the first place ... ....
Dealing with North Korean Missiles
Edit CounterPunch 19 Sep 2017
Small powers often have leverage well above their size and capabilities. North Korea is the example par excellence today. It has a primitive economy by all the usual standards, no reliable trade or security partners, and depends on the outside world for essentials such as fuel and food. Yet by virtue of nuclear weapons and long-range missiles, Pyongyang has the ability to cause consternation among the great powers ... annihilation ... ....
Inland Empire fliers part of attack on Japan after Pearl Harbor
Edit Redlands Daily Facts 19 Sep 2017
Seventy-five years ago this spring, the Inland Empire played a role in the pivotal surprise attack by U.S. bombers on Japan, striking a blow following the attack on Pearl Harbor. Lt. Col ... In those aircraft were seven airmen with ties to the region ... Thomas R. White of Redlands ... Ted W. Lawson ... Under rather primitive conditions, White had to amputate Lawson’s leg after he suffered serious injuries in the crash of his plane ... ROUTE 66 LUNCH ... ....
On the vanguard: The life and work of Halim El Dabh
Edit The National 19 Sep 2017
As he said ... Born into an affluent agricultural family in Cairo’s Al Sakakini district on March 4, 1921, El Dabh was exposed to music from an early age ... Even with the primitive technology of the time, he managed this by means of a distant, ethereal, chant-like vocal that seems to reverberate out of an echo chamber by creating a looping, spherical movement to emit a sound that is not entirely dissimilar to a high-pitched Gregorian chant....
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