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Starship Flight 14 hardware has now cleared its biggest propulsion-test milestones SpaceX completed a full-duration 33-engine static fire of Booster 21 at Starbase • Ship 41 → full-duration 6-Raptor static fire • Booster 21 → full-duration 33-Raptor static fire Both vehicles have now completed their major engine tests for...

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X Freeze

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17,718 просмотров • 2 дней назад •via X (Twitter)

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Full duration 33-engine static fire with the Super Heavy booster preparing for Flight 14
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Full duration static fire of all 33 Raptor engines on the Super Heavy booster ahead of Starship's next flight test
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SpaceX Makes History with 33 Raptor Engines 🚀 🚀 HISTORIC STATIC FIRE! SpaceX has completed the most powerful static fire test ever performed, igniting all 33 Raptor engines on the upgraded Super Heavy V3 booster at 100% thrust for the full planned duration. 🔥
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SpaceX Makes History with 33 Raptor Engines 🚀 🚀 HISTORIC STATIC FIRE! SpaceX has completed the most powerful static fire test ever performed, igniting all 33 Raptor engines on the upgraded Super Heavy V3 booster at 100% thrust for the full planned duration. 🔥

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Static fire of the Super Heavy preparing to launch Starship's ninth flight test. This booster previously launched and returned on Flight 7 and 29 of its 33 Raptor engines are flight proven
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SpaceX successfully completed a full-duration, full-thrust static fire of the 33-engine Super Heavy V3 booster. All Raptor engines fired at maximum power for the planned burn, generating massive shockwaves and demonstrating the booster’s structural strength and roughly 74-76 meganewtons.
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Pad 1 modifications continue ahead of its return to action next year, as Pad 2 prepares to receive Flight 14’s Booster 21 for its Static Fire test, with Ship 41 set to fire up first at Massey’s. ➡️
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Pad 1 modifications continue ahead of its return to action next year, as Pad 2 prepares to receive Flight 14’s Booster 21 for its Static Fire test, with Ship 41 set to fire up first at Massey’s. ➡️

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SpaceX is preparing to attempt its first-ever catch of the Starship upper stage on Flight 14. The catch will only happen if post-flight data review from previous missions comes back favorable. Catching Ship at the launch tower is a far bigger challenge than a splashdown, since the vehicle has to survive the full return profile and land precisely back at the pad. A Ship catch also requires an orbital-class trajectory rather than a suborbital hop. That means Flight 14 would double as Starship’s first true orbital launch, combining two major milestones into a single mission. SpaceX has already proven tower catches with the Super Heavy booster, and extending that capability to the upper stage would mark a major step toward full reusability. It shows how quickly the company is moving from testing survivability to testing precision recovery.
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SpaceX is preparing to attempt its first-ever catch of the Starship upper stage on Flight 14. The catch will only happen if post-flight data review from previous missions comes back favorable. Catching Ship at the launch tower is a far bigger challenge than a splashdown, since the vehicle has to survive the full return profile and land precisely back at the pad. A Ship catch also requires an orbital-class trajectory rather than a suborbital hop. That means Flight 14 would double as Starship’s first true orbital launch, combining two major milestones into a single mission. SpaceX has already proven tower catches with the Super Heavy booster, and extending that capability to the upper stage would mark a major step toward full reusability. It shows how quickly the company is moving from testing survivability to testing precision recovery.

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TESLA DINER SERVES FRONT-ROW SEATS TO STARSHIP FLIGHT 11 Dinner came with liftoff. Guests at Tesla’s new diner watched Starship Flight 11 rise from Starbase as fries hit the table and “Charged Sodas” fizzed. The eleventh test flight marked another leap toward full reusability, powered by 24 Raptor engines and a five-engine divert burn planned before splashdown in the Gulf of America. Between Tesla Burgers and the roar of engines, diners got the ultimate combo, comfort food and the future of spaceflight in the same frame. Source: SpaceX Zack

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This is the most impossible launch moments ever captured this close A camera sat beneath Starship’s Super Heavy booster as all 33 Raptor engines ignited at once Inside each Raptor, methane and oxygen produce combustion gases approaching 3,000°C, or roughly 5,400°F Then the full engine array erupts, hammering the launch mount with supersonic exhaust, violent shockwaves, extreme acoustic energy, vibration, water spray and enormous clouds of steam Yet the camera kept recording through the entire ignition sequence from directly beneath the mount, without the view ever clouding or fogging SpaceX team engineered a way to capture footage from the most brutal launch environments imaginable The camera system behind this shot may be almost as impressive as the footage itself

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