How did they build the ISS? (International Space Station)
Jared Owen・2 minutes read
Jared created an animation in 2018 showcasing the complexity of constructing the International Space Station with mission controllers, astronauts, and robotics. The station, completed over a decade with the help of the space shuttle, consists of pressurized modules, two main sections (Russian and US), and crucial components like the Canadarm2 for construction and maintenance.
Insights
- The International Space Station's construction spanned over a decade, with the space shuttle playing a pivotal role in launching most components, highlighting the collaborative efforts of mission controllers, astronauts, and robotics in its intricate assembly.
- The station's design includes distinct Russian and US orbital segments, each with unique connection mechanisms like the common berthing mechanism (CBM) and pressurized mating adapters (PMAs), underscoring the meticulous planning required for astronaut communication and module integration within the station's complex structure.
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Recent questions
How long did it take to complete the International Space Station?
Over a decade
What are the main sections of the International Space Station?
Russian and US segments
What is the purpose of the Canadarm2 on the International Space Station?
Lift heavier loads
How do astronauts communicate on the International Space Station?
Using specific directions
What role did the space shuttle play in constructing the International Space Station?
Crucial role
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Summary
00:00
"Building the International Space Station: An Overview"
- In 2018, Jared created an animation about the International Space Station, highlighting the complexity of its construction involving mission controllers, astronauts, and robotics.
- The International Space Station took over a decade to complete, with most pieces launched by the space shuttle, which played a crucial role in building the station.
- The station orbits the Earth at high speed, with specific directions like forward, aft, port, starboard, zenith, and nadir, essential for astronaut communication.
- The station consists of pressurized modules where astronauts live, each with berthing ports for connection to other parts of the station.
- The station has two main sections: the Russian orbital segment and the United States orbital segment, each with different connection mechanisms.
- The US side uses the common berthing mechanism (CBM) with active and passive sides, while the Russian side requires a pressurized mating adapter (PMA) for compatibility.
- The station has three PMAs, with PMA-1 permanently connecting the station sides, and PMAs 2 and 3 used as docking ports for the space shuttle.
- The space shuttle played a crucial role in constructing the station, with missions like STS-88 bringing up the Unity Module, STS-98 adding the Destiny Module, and STS-100 introducing the Canadarm2.
- The Canadarm2, a robotic arm, was crucial for station construction, being able to lift heavier loads and remain onboard for use between shuttle missions.
- STS-104 brought up the Quest Airlock, allowing astronauts to perform spacewalks directly from the station, showcasing the ongoing construction complexity of the International Space Station.
15:24
"Jared Thanks Viewers, Teases Future Videos"
- Speaker's name: Jared
- Appreciation for viewers watching
- Mention of potential future video content
