Orbiter

Orbiter - Vostok 1 - First Ever Manned Spaceflight

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Duration: 21:47
Updated: 06 Sep 2014
views: 114004
author: Scott Manley

Orbiter is a free spaceflight simulator, it's got much more detail on the actual flying and vehicles than KSP, but lacks the building and real time rigid bod...

wn.com/Orbiter Vostok 1 First Ever Manned Spaceflight

Scott Plays Orbiter - Launching A Space Shuttle Without Reading The Manual

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Duration: 17:26
Updated: 03 Sep 2014
views: 215696
author: Scott Manley

Since I have about 27365982732398742 requests to play this game I try something simple like launching a shuttle into orbit. I didn't read the manual first. D...

wn.com/Scott Plays Orbiter Launching A Space Shuttle Without Reading The Manual

Orbiter 2010 - [Part 1] Absolute Beginner Guide - Getting to Orbit 1

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Duration: 45:16
Updated: 04 Sep 2014
views: 5250
author: David Courtney

This video was recorded Thursday, June 6, 2013 I find it somewhat difficult to make videos that cater specifically to beginners. You have to include enough i...

wn.com/Orbiter 2010 Part 1 Absolute Beginner Guide Getting To Orbit 1

Ares Mission to Mars: Voyage (remastered) - Orbiter Space Flight Simulator

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Duration: 9:36
Updated: 05 Nov 2010
views: 312775

http://www.facebook.com/orbiterfilmmaker Facebook. Advances, pictures, details, comments. -- Original version uploaded on March 23, 2009 -- An Orbiter addon based on the novel "Voyage" by Stephen Baxter. "Voyage" is an alternative-history narrative in which the US President Richard Nixon makes a fateful decision in 1972 - to abandon the Shuttle program and concentrate all efforts on a manned landing on Mars. On March 21 1986, astronauts Phil Stone (commander), Natalie York (specialist) and Ralph Gershon (MEM pilot) launch on the Saturn VB - a Saturn upgraded with the addition of solid-rocket boosters which allows it to loft double the mass of the original Saturn V. After a Venus swingby on September 8, they complete a 368 day outward voyage to finally land on Mars on March 28, 1986. MISSION ARES OPERATIONS 1: LAUNCH March 21, 1985. The Ares Mission Stack is launched on a Saturn VB. 2: ORBIT The Mission Stack makes rendezvous with the Propulsion Stack and the two dock. 3: VENUS TRANSFER The whole stack will begin the Venus transfer, but before the end of the burn, with two-thirds of fuel expended, the External Tanks will be jettisoned. 4: TRANSIT RECONFIGURATION With the stack on the way to Venus, the Apollo CSM - christened "Discovery" by the Ares crew - is broken out and docked nose-first to the AAMM - christened "Endeavour". 5: VENUS FLYBY september 8, 1985. The stack flies by Venus to receive a slingshot assist. The crew deploy an atmospheric probe to investigate the Venusian atmosphere. 6: MARS TRANSFER Any necessary corrections are made before settling in for the six-month remaining voyage. 7. MARS ORBIT INJECTION March 25, 1986. The stack brakes into the Martian orbit. 8. MARS ORBIT RECONFIGURATION With the Apollo undocked, the AAMM is detached and turned around to dock nose-first with the stack. This frees the MEM, which is released from its fairings and docked to the AAMM. 9. MARS DESCENT AND LANDING The crew occupy the MEM and descend for a landing at Mangala Valles. The MEM christened "Challenger" by the Ares crew. 10. MARS SURFACE OPS For a month, the crew explore Mars in a series of EVAs. There is a three-day preparatory period to allow the crew to adjust to Mars gravity after a year in weightlessness. 11. ASCENT AND RENDEZVOUS April 26, 1986. The MEM ascent stage lifts off from Mars and docks with the Ares stack in Mars orbit. 12. UNLOADING AND RECONFIGURATION The crew unload the MEM and then jettison it. The stack is reassembled without the MEM. 13. EARTH RETURN TRANSFER The stack begins the burn for Earth transfer, jettisoning the MS-II propulsion module to continue with the ERS stage. A 196-day return journey follows. 14. EARTH ORBIT INSERTION November 6, 1986. The stack, now reduced to Apollo, AAMM and ERS, brakes into Earth orbit. 15. RE-ENTRY AND RECOVERY The Apollo-CSM module detaches, deorbits and re-enters for a splashdown in the Pacific Ocean. The crew is recovered. Music: Montage #5 (Hans Zimmer - Modern Warfare 2 Videogame Score)

wn.com/Ares Mission To Mars Voyage (Remastered) Orbiter Space Flight Simulator

Orbiter Apollo Mission Part 3: Returning to Earth

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Duration: 30:09
Updated: 01 Apr 2015
views: 5

Orbiter: http://orbit.medphys.ucl.ac.uk/ AMSO (Apollo Mod): http://www.acsoft.ch/AMSO/amso.html Lunar Transfer MFD: http://users.kymp.net/p501474a/Orbiter/Orbiter.html Orbiter Sound: http://orbiter.dansteph.com/forum/index.php?page=download

wn.com/Orbiter Apollo Mission Part 3 Returning To Earth

Apollo direct landing - Orbiter Space Flight Simulator 2010

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Duration: 6:21
Updated: 01 Sep 2014
views: 42358

Facebook. Advances, pictures, details, comments: https://www.facebook.com/orbiterfilmmaker Direct ascent was a proposed method for a mission to the Moon. In the United States, direct ascent proposed using the enormous Nova rocket to launch a spacecraft directly to the Moon, where it would land tail-first and then launch off the Moon back to Earth. The other options that NASA considered for the mission to the moon were Lunar Orbit Rendezvous (which was the strategy used successfully in Project Apollo) and Earth Orbit Rendezvous. The Saturn C-8 was the largest member of the Saturn series of rockets to be designed. It was a potential alternative to the Nova rocket, should NASA have chosen a direct-landing method of lunar exploration for the Apollo program. The first stage was an increased diameter version of the S-IC. The second stage was an increased diameter S-II stage. Both of these stages had eight engines, as opposed to the standard five. The third stage was a stretched S-IVB stage, which retained its original diameter and engine. When NASA announced on September 7, 1961 that the government-owned Michoud Ordnance Plant near New Orleans, LA, would be the site for fabrication and assembly of the Saturn first stages as well as larger vehicles in the Saturn program. Finalists were two government-owned plants in St. Louis and New Orleans. The height of the factory roof at Michoud meant that an 8 x F-1 engined launch vehicle (Saturn C-8, Nova class) could not be built; 4 or 5 engines would have to be the maximum. This decision ended consideration of a Nova class launch vehicle for Direct Ascent to the Moon or as heavy-lift derivatives for Earth Orbit Rendezvous. Ultimately, the Lunar Orbit Rendezvous ("LOR") concept approved in 1962 rendered the C-8 obsolete, and the smaller Saturn C-5 was developed instead under the designation "Saturn V", as the LOR spacecraft was within its payload capacity.

wn.com/Apollo Direct Landing Orbiter Space Flight Simulator 2010

Playing Orbiter.... After Reading The Manual

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Duration: 26:03
Updated: 02 Sep 2014
views: 45016
author: Scott Manley

So I got 20k views, and now I'm compelled to make more of this. So I downloaded some recommended mods (Sound, Delta Glider, UMMU) and made a point of running...

wn.com/Playing Orbiter.... After Reading The Manual

Episode 3: The Orbiter

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Duration: 5:04
Updated: 09 Jun 2015
views: 1111

YOUTUBE pulled the first version for showing too much of Tyrone's nob. Sorry for the edits, guys.

wn.com/Episode 3 The Orbiter

ISRO's Mars Orbiter Mission In A Nutshell

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Duration: 5:38
Updated: 06 Sep 2014
views: 23499
author: The Curious Engineer

I have been following ISRO's Mars Orbiter Mission facebook page and I noticed many people can't really understand what's going on and what the mission is all...

wn.com/Isro's Mars Orbiter Mission In A Nutshell

Let's Play Orbiter 2010: Space Flight Simulator

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Duration: 17:18
Updated: 05 Sep 2014
views: 205399
author: kurtjmac

Tomorrow, May 16th 2011, Space Shuttle Endeavour STS-134 is scheduled for its final launch at 8:56am EDT (12:56 UTC). Be sure to watch live at http://www.nas...

wn.com/Let's Play Orbiter 2010 Space Flight Simulator

'Apollo 11: Remastered' - An Orbiter Film

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Duration: 10:58
Updated: 05 Sep 2014
views: 417178
author: TexFilms

July 16, 1969 - Apollo 11 lifts off for the moon. This film is a remake of my orginial Apollo 11 release featuring Orbiter Space Flight Simulator and AMSO Ap...

wn.com/'Apollo 11 Remastered' An Orbiter Film

Apollo 20: Mission to Tycho - Orbiter Space Flight Simulator

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Duration: 9:25
Updated: 16 Jul 2015
views: 213

wn.com/Apollo 20 Mission To Tycho Orbiter Space Flight Simulator

Apollo 8 - Orbiter 2010 Space Flight Simulator

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Duration: 27:45
Updated: 07 Aug 2014
views: 5360
author: Epo Nandrolone

This is the external view recording of the Apollo 8 Mission I did using Orbiter Space Flight Simulator. I tried to do the mission in a way as close as possib...

wn.com/Apollo 8 Orbiter 2010 Space Flight Simulator

Mission to Venus - an Orbiter movie

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Duration: 12:29
Updated: 04 Sep 2014
views: 61693
author: faustodioliOrbiter

Realistic Venus manned flyby using new Forum Orbiter Italia updated Antares 2.5 vessel. http://orbiteritalia.forumotion.com/

wn.com/Mission To Venus An Orbiter Movie

2011: Jupiter Odyssey - An Orbiter Film

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Duration: 9:47
Updated: 03 Sep 2014
views: 28980
author: TexFilms

My first ORBITER 2010 feature film. Highly recommended you watch full screen and in HD!

wn.com/2011 Jupiter Odyssey An Orbiter Film

Gemini VIII - Orbiter Space Flight Simulator

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Duration: 3:59
Updated: 15 May 2015
views: 203

Gemini 8 (officially Gemini VIII) was the sixth manned spaceflight in NASA's Gemini program. The mission conducted the first docking of two spacecraft in orbit, but suffered the first critical in-space system failure of a U.S. spacecraft which threatened the lives of the astronauts and required immediate abort of the mission. The crew was returned to Earth safely. Gemini 8 launch and ascent were nominal, was successful on March 16, 1966, 16:41:02 UTC. The crew, Neil Armstrong and David Scott. The rendezvous radar acquired the Agena Target Vehicle at a distance of 332 km. At 3 hours, 48 minutes and 10 seconds into the mission they performed another burn that put them in a circular orbit 28 km below the Agena. They first sighted it when they were 141 km away, and at 102 km they gave the computer automatic control. After several small burns they were 46 m away and with no relative velocity. After 30 minutes of visually inspecting the Agena to make sure that it had not been damaged by the launch, they were given the go for docking. Armstrong started to move towards the Agena at 8 centimeters per second. In a matter of minutes, the Agena's docking latches clicked and a green light indicated that the docking had been successfully completed. "Flight, we are docked! Yes, it's really a smoothie," Scott radioed to the ground. After the Agena began execution of its stored command program, which instructed the Agena to turn the combined spacecraft 90° to the right, Scott noticed that they were in a roll. Armstrong used the Gemini's Orbit Attitude and Maneuvering System (OAMS) thrusters to stop the roll, but after the roll stopped, it immediately started again. Gemini 8 was out of range of ground communications at this time. Armstrong reported that the OAMS fuel had dropped to 30%, indicating that the problem could be on their own spacecraft. With concern that the high spin rate might damage one or both spacecraft or even lead to the propellant-heavy Agena rupturing or exploding, they decided to undock from the Agena so they could analyze the situation. Without the added mass of the Agena, the Gemini's rate of spin began to accelerate quickly. Soon after this, they came in range of the ground communications ship Coastal Sentry Quebec. By now the spin rate had reached one revolution per second, causing the astronauts' vision to become blurred and putting them in danger of losing consciousness or suffering vertigo. Armstrong decided to shut down the OAMS and used the Re-entry Control System (RCS) thrusters to stop the spin. After steadying the spacecraft, they tested each OAMS thruster in turn and found that Number 8 had stuck on. Almost 75% of the reentry maneuvering fuel had been used to stop the spin,[9] and mission rules dictated that the flight be aborted once the RCS was fired for any reason. Gemini 8 immediately prepared for an emergency landing. It was decided to let the spacecraft reenter one orbit later so that it could land in a place that could be reached by the secondary recovery forces. The original plan was for Gemini 8 to land in the Atlantic, but that was supposed to be three days later. So USS Leonard F. Mason started to steam towards the new landing site 800 kilometers east of Okinawa and 1,000 kilometers south of Yokosuka, Japan. Reentry took place over China, out of range of NASA tracking stations.

wn.com/Gemini Viii Orbiter Space Flight Simulator

Orbiter 2015 Beta [Revision 9]

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Duration: 13:13
Updated: 29 Dec 2014
views: 505

This video was recorded Tuesday, December 23, 2014 Orbiter Forum thread about the upcoming version of Orbiter: http://www.orbiter-forum.com/showthread.php?t=33798 *** Like my Orbiter Facebook Page so you can follow my Orbiter activity on Facebook: http://www.facebook.com/OrbiterSpaceFlightSimulator Common questions I get: What screen recording software do you use? What joystick do you use? What add-ons do you use? Where can I find the XR2 Ravenstar? Where do I download Orbiter? And much, much more. It's all answered in the FAQ I set up at this link (the link is a google document): Click here for the FAQ: http://goo.gl/BDoub Orbiter 2010: Space Flight Simulator #Orbiter #Orbiter2010 #Orbiter2014 #Orbiter2015 #Simulator #SpaceFlightSimulator #FlightSimulator #Prepar3D #LunarFlight

wn.com/Orbiter 2015 Beta Revision 9

Gemini VII & VI-A - Orbiter Space Flight Simulator

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Duration: 6:26
Updated: 01 May 2015
views: 32

The original Gemini 6 mission, scheduled for launch on October 25, 1965 at 12:41 pm EDT, had a planned mission duration of 46 hours 47 minutes, completing a total of 29 orbits. It was to land in the western Atlantic Ocean south of Bermuda. The mission was to include four dockings with the Agena Target Vehicle. On October 25, 1965, Walter Schirra and Thomas Stafford boarded their Gemini 6 craft to prepare for launch. Fifteen minutes later, the unmanned Atlas-Agena target vehicle was launched. After a successful burn of the Atlas booster, the Agena's secondary engines fired to separate it from the Atlas. But immediately after the Agena's primary engine fired at the six minute mark in its flight, telemetry was lost. A catastrophic failure apparently caused the vehicle to explode, as Range Safety was tracking multiple pieces of debris falling into the Atlantic Ocean. After 50 minutes, the Gemini launch was canceled. After reviewing the situation, NASA decided to launch an alternate Gemini 6A mission, eight days after the launch of Gemini 7, which was scheduled as a 14-day ultra long duration mission in December. Gemini 6A would perform the first rendezvous of two spacecraft in orbit, using 7 as the target, though they would not dock. Gemini 7 launch and ascent were nominal, was successful on December 4, 1965, 19:30:03 UTC. The crew, James Lovell and Frank Borman, spent nearly 14 days in space, making a total of 206 orbits. The launch the 6A mission was successful on December 15 at 13:37:26 UTC. The radar on Gemini 6A first made contact with Gemini 7 at three hours and fifteen minutes when they were 434 kilometers away. At five hours and four minutes, he saw a bright star that he thought was Sirius, but this was in fact Gemini 7. After several more burns, the two spacecraft were only 130 feet (40 meters) apart. The burns had only used 51 kilograms of fuel on Gemini 6A, giving plenty of fuel for some fly-arounds. During the next 270 minutes, the crews moved as close as one foot (30 centimeters), talking over the radio. At one stage the spacecraft were stationkeeping so well that neither crew had to make any burns for 20 minutes. As the sleep periods approached, Gemini 6A made a separation burn and slowly drifted out to 16 kilometers. This ensured that there would not be any accidental collisions in the night. Gemini 6A reentered the next day, December 16, landing within 18 kilometers of the planned site northeast of Turks and Caicos in the Atlantic Ocean. It was also the first recovery to be televised live, through a transportable satellite earth station developed by ITT on the deck of the recovery aircraft carrier USS Wasp. On December 18 the Gemini 7 retro-rockets worked perfectly after 14 days in space. They landed within 11.9 km of the targeted landing point. The crewmen were somewhat weakened by their time in space, but both were in good health and were up and about after a good night's sleep on the recovery ship USS Wasp. They were also in good spirits: during recovery, they joked to Mission Control about getting married after having spent so long together in space.

wn.com/Gemini Vii Vi A Orbiter Space Flight Simulator

Astro Orbiter On-ride (Complete HD Experience) Magic Kingdom WDW

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Duration: 7:12
Updated: 08 Aug 2013
views: 37730
author: deathbyillusion

http://clicktotweet.com/RwDIZ Take a ride on Astro Orbiter at the Magic Kingdom at Disney World in Florida with this complete experience POV. Business Contac...

wn.com/Astro Orbiter On Ride (Complete Hd Experience) Magic Kingdom Wdw

Orbiter 2010 - Space Shuttle TAL Abort

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Duration: 12:05
Updated: 17 Jul 2014
views: 1264
author: Apollo Houston

During a nominal launch of Space Shuttle Columbia, a single engine fail, forced a TAL abort (Trans Atlantic Landing) to Zaragoza airport in Spain. ADDONS: Sh...

wn.com/Orbiter 2010 Space Shuttle Tal Abort

Earthquaker Devices Interstellar Orbiter Dual Resonant Filter

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Duration: 6:23
Updated: 20 Aug 2015
views: 6204

http://earthquakerdevices.com/ Welcome back, you just blasted off with the Interstellar Orbiter from our friends at Earthquaker Devices. The Interstellar Orbiter is a pair of resonant filters that work in tandem to give the Interstellar Orbiter its alien sound. One LFO sweeps both filter sections in opposite directions for a sound never before heard in a stompbox. Each filter has individually adjustable Intensity, Resonance and Mix controls for super-fine tuning. Up top, both filters have three global controls for LFO rate, LFO frequency and Direct, which functions as a master wet/dry mix control. Perhaps the best part about this pedal is how well it stacks with any dirt pedal, especially a nice thick fuzz, as it opens up the depth of the filter and produces chewy, resonant vocal formant sounds that are begging for a spot on at your next gig or studio session. Like all Earthquaker devices, the Interstellar Orbiter is made with only the finest components, and is hand-made with love within the final frontier of Akron Ohio.

wn.com/Earthquaker Devices Interstellar Orbiter Dual Resonant Filter

Soviet Space Shuttle Buran - Orbiter Space Flight Simulator

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Duration: 4:21
Updated: 04 Sep 2014
views: 22915
author: Rseferino Orbiter Filmmaker

http://www.facebook.com/orbiterfilmmaker Facebook. Advances, pictures, details, comments. The Buran spacecraft (Snowstorm), GRAU index 11F35 K1 was a Russian...

wn.com/Soviet Space Shuttle Buran Orbiter Space Flight Simulator

Soyuz 4 & 5 - Orbiter Space Flight Simulator

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Duration: 6:09
Updated: 02 Jun 2015
views: 96

Soyuz 4 (Union 4) was launched on 14 January 1969 at 07:30:00 UTC, carrying cosmonaut Vladimir Shatalov on his first flight. The aim of the mission was to dock with Soyuz 5. Soyuz 5 (Union 5) was a mission using the Soyuz 7K-OK spacecraft launched on 15 January at 07:04:57 UTC, piloted by Commander Boris Volynov and carried flight engineers Aleksei Yeliseyev and Yevgeny Khrunov as the crew to be transferred to Soyuz 4 for reentry. The Soyuz 4 and 5 spacecraft docked on 16 January, the first time two manned spacecraft had docked (Apollo 9 would do the same in March of the same year). The two craft possessed only a primitive probe (Soyuz 4) and drogue (Soyuz 5) docking assembly. A connecting tunnel for the docking mechanism had not yet been developed, which prevented a simple internal transfer between the craft. This required the two transferring cosmonauts to spacewalk from one vehicle to the other. Aboard Soyuz 5, Yevgeny Khrunov and Aleksei Yeliseyev immediately began preparing for their extra-vehicular activity (EVA). Boris Volynov, who would remain aboard Soyuz 5, filmed them donning their Yastreb space suits. The two cosmonauts exited the spacecraft for the second Soviet spacewalk. One of Khrunov's lines became tangled and he accidentally closed the tumbler of his suit ventilator. This distracted Yeliseyev who did not set up the movie camera on the orbital module before exiting the spacecraft. As such, there is no film of the historic EVA, only a poor video transmission. One hour later, the two were greeted by Shatalov after the repressurisation of the Soyuz 4 orbital module, which also acted as an airlock. Soyuz 4 and 5 separated after 4 hours and 35 minutes docked together. Soyuz 4 re-entered the atmosphere and landed 100 kilometers southwest of Karaganda on 17 January 1969. Volynov remained behind on Soyuz 5, and returned to Earth in a remarkable re-entry. The service module of the Soyuz failed to separate after retrofire. When the Soyuz started aerobraking in the upper reaches of the atmosphere, the combined spacecraft sought the most aerodynamically stable position - nose forward, with the heavy descent module facing directly into the air stream with only its light metal entry hatch at the front to protect it. The gaskets sealing the hatch began to burn, filling the compartment with dangerous fumes. The deceleration, while normal for reentry, pulled Volynov outward against his harness rather than against the padded seat. Fortunately, as the thermal and aerodynamic stresses on the combined craft increased, struts between the descent and service modules broke off or burned through before the hatch failed. The descent module immediately righted itself once the service module was gone, with the heat shield forward to take the brunt of re-entry. There was one final problem in store for Volynov when the parachute cables partially tangled and the soft-landing rockets failed, resulting in a hard impact which broke his teeth. The capsule came down in the Ural Mountains 2 kilometres southwest of Kustani, near Orenburg, Russia, far short of its target landing site in Kazakhstan. The local temperature was -38 °C, and knowing that it would be many hours before rescue teams could reach him, Volynov abandoned the capsule and walked for several kilometers to find shelter at a local peasant's house. It would be seven years until Volynov flew again, on Soyuz 21. A similar incident occurred decades later with Soyuz TMA-11 in 2008, though the latter's landing was not as rough.

wn.com/Soyuz 4 5 Orbiter Space Flight Simulator