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How does the Soyuz Spacecraft work?
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The Soyuz Spacecraft is a Russian Spacecraft. Come see how it works!
Soyuz Launch Animation:
Special thanks to these astronauts for their help with this video:
This video has been dubbed in over 20 languages, you can change the audio track language in the Settings menu (click the gear icon in the lower right hand corner of the video).
Timestamps:
0:00-Intro
0:42-Soyuz Intro
3:25-Soyuz Versions
5:12-Outside of the Soyuz
6:19-Descent Module
6:56-Orbital Module
7:24-Service Module
7:59-Soyuz Rocket
8:26-Rendezvous and Docking
9:26-Hohmann Transfer
11:06-ISS Segments
11:35-Russian Docking System (SSVP)
12:12-Approaching the Station
12:51-Contact
13:45-Hatch Opening
14:21-So much to learn
💻Follow me on social media:
🌐Internet Sources:
📖Book Sources:
"Eggshell Skyline" by Cody Martin
"In Dreams" by Caleb Etheridge
"Preservation of Art" by Cody Martin
🟠This animation was made with Blender 2.93 (Cycles Render)
3D models I purchased for this animation:
🎧Here is some of the gear that I use for animation:
📼Video Summary:
The Soyuz is a Russian Spacecraft that can fit cosmonauts or astronauts inside. The spacecraft has been in use since the 1960s - over the years it has docked with many space stations. It's split into 3 modules: the Orbital Module, the Descent Module, and the Service Module. Only the first two modules are pressurized. Rendezvous and Docking is how the spacecraft catches up with and docks to the International Space Station (ISS). Now days this only takes about 6 hours! This involves Insertion Orbit, Hohmann Transfer, Transfer Orbit, and Phasing Orbit. Docking to the station is done autonomously by the Kurz Docking System - this involves the Fly-Around, Station-Keeping, Final Approach, Soft Capture, and Hard Capture. The Soyuz Space will attach to the Russian Orbital Segment of the ISS which has compatible drogue and probe docking ports. The crew usually stays attached to the station for 6 months before coming home.
#b3d #soyuz #ISS
Soyuz Launch Animation:
Special thanks to these astronauts for their help with this video:
This video has been dubbed in over 20 languages, you can change the audio track language in the Settings menu (click the gear icon in the lower right hand corner of the video).
Timestamps:
0:00-Intro
0:42-Soyuz Intro
3:25-Soyuz Versions
5:12-Outside of the Soyuz
6:19-Descent Module
6:56-Orbital Module
7:24-Service Module
7:59-Soyuz Rocket
8:26-Rendezvous and Docking
9:26-Hohmann Transfer
11:06-ISS Segments
11:35-Russian Docking System (SSVP)
12:12-Approaching the Station
12:51-Contact
13:45-Hatch Opening
14:21-So much to learn
💻Follow me on social media:
🌐Internet Sources:
📖Book Sources:
"Eggshell Skyline" by Cody Martin
"In Dreams" by Caleb Etheridge
"Preservation of Art" by Cody Martin
🟠This animation was made with Blender 2.93 (Cycles Render)
3D models I purchased for this animation:
🎧Here is some of the gear that I use for animation:
📼Video Summary:
The Soyuz is a Russian Spacecraft that can fit cosmonauts or astronauts inside. The spacecraft has been in use since the 1960s - over the years it has docked with many space stations. It's split into 3 modules: the Orbital Module, the Descent Module, and the Service Module. Only the first two modules are pressurized. Rendezvous and Docking is how the spacecraft catches up with and docks to the International Space Station (ISS). Now days this only takes about 6 hours! This involves Insertion Orbit, Hohmann Transfer, Transfer Orbit, and Phasing Orbit. Docking to the station is done autonomously by the Kurz Docking System - this involves the Fly-Around, Station-Keeping, Final Approach, Soft Capture, and Hard Capture. The Soyuz Space will attach to the Russian Orbital Segment of the ISS which has compatible drogue and probe docking ports. The crew usually stays attached to the station for 6 months before coming home.
#b3d #soyuz #ISS
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