What SpaceX Dragon just Did with NASA's ISS totally Shocked Russian scientists!

"What SpaceX Dragon just Did with NASA's ISS totally Shocked Russian scientists!
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#techmap #techmaps #elonmusk #starshipspacex
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Intro 0:00
A unique resupply mission 1:00
An upgraded version 2:16
A geopolitical game-changer 4:41
Exciting potentials 6:56
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1) SOURCES OF THUMBNAIL:
2) SOURCES OF VIDEO AND IMAGES:
Truthful: https://x.com/Truthful_ast
WAI: https://www.youtube.com/@Whataboutit
https://twitter.com/FelixSchlang
Stanley Creative: https://www.youtube.com/@StanleyCreative/
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What SpaceX Dragon just Did with NASA's ISS totally Shocked Russian scientists!
SpaceX’s Dragon is about to do something no spacecraft has ever done before. For the first time in history, the International Space Station, the biggest human-made object in space, will be brought down by a spacecraft that’s over 13 times smaller.
Yes, we are talking about the US Deorbit Vehicle, an upgraded version of Dragon, which is designed to safely guide the ISS back into Earth’s atmosphere around 2030. And right now, SpaceX is already showing us the first upgrades that will make this possible. Changes so advanced they could surprise even Russia’s top space engineers.
Moreover, Dragon’s new role is also a huge strategic step, changing how countries work together in space. And at the same time, it proves just how versatile Dragon really is, not just for cargo and crew, but for future missions into deep space.
Find out everything in today’s Techmap episode!
What SpaceX Dragon just Did with NASA's ISS totally Shocked Russian scientists!
In the predawn hours of August 24, SpaceX’s Dragon C211 embarked on its latest cargo resupply mission to the ISS, CRS-33. But this wasn’t just another routine trip. What sets CRS-33 apart is a brand-new propulsion system tucked inside Dragon’s unpressurized trunk. This upgrade gives the spacecraft the ability to boost the ISS’s orbit, a job traditionally handled by Russian Progress vehicles and the station’s own thrusters.
NASA tasked SpaceX with this milestone as part of a broader, long-term plan for the future of the station. The data gathered from these orbital boosts will feed directly into the development of the US Deorbit Vehicle, an evolution of Dragon’s design, which will one day ensure a safe, controlled re-entry of the ISS when its mission in low Earth orbit winds down around 2030 or 2031.
Starting this September, the new boost kit will take on its role, performing a series of burns throughout fall 2025 to help keep the orbiting laboratory right where it needs to be.
What SpaceX Dragon just Did with NASA's ISS totally Shocked Russian scientists!
So, here’s the big question:
When and on what mission did Dragon first perform a reboost test, paving the way for these impressive capabilities?
The answer goes back to the CRS-31 mission last November. During that flight, Dragon C208 fired up its capsule-mounted Draco thrusters for a 12.5-minute burn, nudging the station’s orbit ever so slightly, by about 0.11 km at apogee and 1.1 km at perigee. Normally, those Dracos are reserved for maneuvering and attitude control, not station boosts. The test worked, but it wasn’t ideal since the thrusters weren’t designed or oriented specifically for that task. It was more of a proof of concept: could Dragon actually do it?
Fast forward to CRS-33, and SpaceX came prepared with a purpose-built solution. Inside Dragon’s unpressurized trunk, engineers installed a brand-new propulsion system, complete with fresh mounting points to secure it safely.
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