SpaceX shocked ULA, even NASA with Falcon Heavy Center Core Recovered and Launch Again...

"SpaceX shocked ULA, even NASA with Falcon Heavy Center Core Recovered and Launch Again...
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#techmap #spacex #starship #spacexlive #oumuamua #atlas
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INTRO 0:00
A bold idea 0:58
Always being a leader 5:57
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SpaceX shocked ULA, even NASA with Falcon Heavy Center Core Recovered and Launch Again...
SpaceX just pulled off something so wild, it’s got Jeff Bezos and Blue Origin watching in shock. Imagine taking one of the most difficult pieces of rocket hardware, a Falcon Heavy center core, something SpaceX has never wingingly recovered before... and sticking the landing like it’s just another Tuesday.
While Blue Origin is still trying to land its first-ever New Glenn booster, Elon Musk’s team decided to up the difficulty level and break another record, proving once again why SpaceX is years ahead of the competition.
In today's Techmap episode, we’re diving into exactly why SpaceX tried to recover the Falcon Heavy's center core this time, how they pulled off this jaw-dropping move, why it’s such a big deal for the future of spaceflight, and what it means for the rocket race against Blue Origin and the rest of the world.
Buckle up, because this story has speed, heat, and a little bit of space drama. Let’s get into it!
SpaceX shocked ULA, even NASA with Falcon Heavy Center Core Recovered and Launch Again...
When you truly master something, it’s natural to want to push boundaries and take on bold new challenges. SpaceX is a perfect example. After perfecting the Falcon 9’s reusability, landing its booster after launch, and nailing the recovery of Falcon Heavy’s side boosters, they may be ready to attempt something even trickier: recovering Falcon Heavy’s center core.
Falcon Heavy uses three boosters: two side boosters and one center core. The side boosters are almost identical in empty weight to Falcon 9 boosters, which makes them relatively straightforward to land and reuse. The center core, however, is built differently; it has thicker tank walls, extra structural supports, and reinforced attachment points. This makes it stronger but also 10–20% heavier than a Falcon 9 booster. That extra weight changes how it behaves during re-entry. The center core stays attached longer during flight, and when it finally drops back to Earth, it comes in much faster, reaching speeds six to seven times the speed of sound, and experiences intense heat.
SpaceX shocked ULA, even NASA with Falcon Heavy Center Core Recovered and Launch Again...
To land safely, it must reserve more fuel for slowing down and controlling the descent. But that same fuel could otherwise be used to help push payloads into orbit. This trade-off means the center core often gets used only once, so the rocket can carry heavier payloads.
SpaceX has already repurposed side boosters for Falcon 9 missions, even during the very first Falcon Heavy flight in 2018. But converting a center core for Falcon 9 use has never been done. It’s a bold idea, since the weight and structural modifications, like removing or altering the attachment points for the side boosters, previously made it not worth the performance trade-off.
However, with B1091, SpaceX decided to try something new, turning what was originally a Falcon Heavy center core into a single-stick Falcon 9 rocket for the KF-02 mission. This flight deployed 24 satellites for Amazon’s Project Kuiper broadband constellation into low Earth orbit, a technical first that blended elements of the Falcon 9 and Falcon Heavy programs."