ULA's new SMART Reuse Method Solves what SpaceX's rocket Impossible...Elon Musk Laugh!

"ULA's new SMART Reuse Method Solves what SpaceX's rocket Impossible...Elon Musk Laugh!
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#techmap #techmaps #elonmusk #starshipspacex
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Intro 0:00
USSF-106: ULA’s lifeline 1:02
SMART Reuse 7:09
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ULA's new SMART Reuse Method Solves what SpaceX's rocket Impossible...Elon Musk Laugh!
What if I told you there’s a rocket reusability trick that SpaceX hasn’t pulled off, and maybe never will? While Elon Musk’s Falcon lands in spectacular fashion, United Launch Alliance is playing a different game… one that could save just as much money without the drama of landing a skyscraper on a floating pad.
In this video, we’re breaking down how ULA’s new reusability system works, why it might give Vulcan Centaur a competitive edge in missions SpaceX can’t easily match, and whether this bold move could bring ULA roaring back into the space race after years in the shadows.
This isn’t just about rockets — it’s about the future of national security launches, billion-dollar contracts, and how one “armored limo” of a rocket might outplay the industry’s biggest “muscle car.”
Stay tuned — because by the end of this, you’ll know exactly why ULA thinks it’s found SpaceX’s weak spot.
Find out everything in today's Techmap episode!
ULA's new SMART Reuse Method Solves what SpaceX's rocket Impossible...Elon Musk Laugh!
At 8:56 PM EDT on Tuesday, ULA successfully launched its Vulcan Centaur rocket for the high-profile USSF-106 mission, a major milestone for both the company and US national security.
This marks the first national security space launch on ULA’s next-generation Vulcan after years of delays. Bear in mind, the previous two Vulcan flights were only certification runs for the National Security Space Launch program. So the pressure this time was immense. Unlike before, the rocket was carrying a top-secret, heavy-duty military payload.
What we do know: all payloads belong to the US Department of Defense, including the groundbreaking Navigation Technology Satellite-3 (NTS-3). This is the military’s first experimental navigation satellite in almost 50 years, designed to test advanced, reprogrammable GPS technology that could make navigation systems more resilient and harder to disrupt, a development with huge national security implications.
Alongside NTS-3, at least one additional classified payload for the US Space Force was on board. Details about this secondary payload remain tightly under wraps for security reasons, adding to the mission’s mystery and strategic weight.
ULA's new SMART Reuse Method Solves what SpaceX's rocket Impossible...Elon Musk Laugh!
These payloads were deployed directly into geosynchronous Earth orbit, about 36,000 kilometers above Earth, where they sync with the planet’s rotation. Remarkably, they didn’t need to use their own engines to get there; only a heavy-lift rocket like Vulcan can deliver them straight to this kind of high-energy orbit. From day one, Vulcan was engineered for such missions, with its advanced Centaur upper stage inheriting the precision and efficiency of Atlas and Delta rockets. For USSF-106, four powerful solid rocket boosters were added to handle the demanding mission profile.
The rocket’s brand-new BE-4 engines, built by Blue Origin, run on methane, part of a growing trend in modern rocketry. This successful launch proves the readiness of both Vulcan and its new technology for critical US military space operations.
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