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SpaceX just completed a single Raptor engine static fire on Starship, demonstrating the deorbit burn needed for future orbital missions The test shows the engine performance required to slow the vehicle from orbital velocity for a controlled reentry

Dima Zeniuk

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13,090 次观看 • 2 天前 •via X (Twitter)

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Incredible footage from SpaceX of the first 33-engine Starship Booster V3 static fire test with the next-generation Raptor 3 rocket engines 🔥

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Sawyer Merritt

135,815 次观看 • 3 个月前

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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Stellarix

112,557 次观看 • 2 个月前

Yesterday, 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 of thrust.

Yesterday, 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 of thrust.

Stellarix

49,889 次观看 • 2 个月前

NEWS: SpaceX has released a statement after today's successful 11th Starship test flight. "Every major objective of the flight test was achieved, providing valuable data as we prepare the next generation of Starship and Super Heavy. The flight test began with Super Heavy igniting all 33 Raptor engines and ascending over the Gulf. The successful first-stage ascent was followed by a hot-staging maneuver, with Starship’s upper stage igniting its six Raptor engines to continue its flight to space. Following stage separation, the Super Heavy booster completed its boostback burn to put it on a course to a pre-planned splashdown zone off the coast of Texas using 12 of the 13 planned engines. Under the same angle of attack tested on the previous flight, the booster descended until successfully igniting all 13 planned engines (including one that did not relight during the boostback burn) for the high-thrust portion of the landing burn. The booster successfully executed a unique landing burn planned for use on the next generation booster. Super Heavy hovered above the water before shutting down its engines and splashing down. After completing a full-duration ascent burn, Starship achieved its planned velocity and trajectory. During flight, Starship successfully deployed eight Starlink simulators and executed the third in-space relight of a Raptor engine, demonstrating a critical capability for future deorbit burns. Starship re-entered the Earth’s atmosphere and was able to gather extensive data on the performance of its heatshield as it was intentionally stressed to test the limits of the vehicle’s capabilities. In the final minutes of flight, Starship performed a dynamic banking maneuver to mimic the trajectory that future missions returning to Starbase will fly. Starship then guided itself using its four flaps to the pre-planned splashdown zone in the Indian Ocean, successfully executing a landing flip, landing burn, and soft splashdown. Focus now turns to the next generation of Starship and Super Heavy, with multiple vehicles currently in active build and preparing for tests. This next iteration will be used for the first Starship orbital flights, operational payload missions, propellant transfer, and more as we iterate to a fully and rapidly reusable vehicle with service to Earth orbit, the Moon, Mars, and beyond."

NEWS: SpaceX has released a statement after today's successful 11th Starship test flight. "Every major objective of the flight test was achieved, providing valuable data as we prepare the next generation of Starship and Super Heavy. The flight test began with Super Heavy igniting all 33 Raptor engines and ascending over the Gulf. The successful first-stage ascent was followed by a hot-staging maneuver, with Starship’s upper stage igniting its six Raptor engines to continue its flight to space. Following stage separation, the Super Heavy booster completed its boostback burn to put it on a course to a pre-planned splashdown zone off the coast of Texas using 12 of the 13 planned engines. Under the same angle of attack tested on the previous flight, the booster descended until successfully igniting all 13 planned engines (including one that did not relight during the boostback burn) for the high-thrust portion of the landing burn. The booster successfully executed a unique landing burn planned for use on the next generation booster. Super Heavy hovered above the water before shutting down its engines and splashing down. After completing a full-duration ascent burn, Starship achieved its planned velocity and trajectory. During flight, Starship successfully deployed eight Starlink simulators and executed the third in-space relight of a Raptor engine, demonstrating a critical capability for future deorbit burns. Starship re-entered the Earth’s atmosphere and was able to gather extensive data on the performance of its heatshield as it was intentionally stressed to test the limits of the vehicle’s capabilities. In the final minutes of flight, Starship performed a dynamic banking maneuver to mimic the trajectory that future missions returning to Starbase will fly. Starship then guided itself using its four flaps to the pre-planned splashdown zone in the Indian Ocean, successfully executing a landing flip, landing burn, and soft splashdown. Focus now turns to the next generation of Starship and Super Heavy, with multiple vehicles currently in active build and preparing for tests. This next iteration will be used for the first Starship orbital flights, operational payload missions, propellant transfer, and more as we iterate to a fully and rapidly reusable vehicle with service to Earth orbit, the Moon, Mars, and beyond."

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273,302 次观看 • 10 个月前

All the onboard single engine static fire views synced up. Shows just how long S40's static fire was

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37,599 次观看 • 1 个月前

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153,156 次观看 • 5 个月前

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35,938 次观看 • 1 个月前

The first static fire test of a flight proven Superheavy booster! We should see the ship as well soon once engine installation is completed.

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52,597 次观看 • 1 年前

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29,099 次观看 • 3 个月前

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Mario Nawfal

87,654 次观看 • 1 年前

🚨 SPACEX IS ABOUT TO TEST A RADICALLY DIFFERENT KIND OF SPACECRAFT AND IT COULD UPEND THE ENTIRE ORBITAL MANUFACTURING INDUSTRY. On Tuesday, SpaceX plans to fly the first prototype of Starfall, a flat, disk-shaped reentry capsule designed to return up to 1,000 kilograms of cargo from orbit in a single flight. That’s roughly 30 times more payload capacity than current commercial return vehicles (like those from Varda Space Industries). It’s not a scaled-down Dragon it’s a completely different approach: no onboard deorbit engine, a wide flat disk geometry, and Starlink terminals mounted to maintain communication through the plasma blackout during reentry. Why this matters: • Current orbital manufacturing companies are limited to returning only dozens of kilograms per mission • Starfall’s design could make large-scale commercial production in space economically viable for the first time • SpaceX would be directly competing with companies (like Varda) that currently pay SpaceX to launch their capsules • Successfully testing Starlink through reentry plasma would be a major technical win with applications across SpaceX’s vehicles The deeper implication: SpaceX is quietly expanding its vertical integration. They already dominate launch. Now they’re moving into the return leg of the orbital manufacturing supply chain the part that has been the biggest bottleneck for companies trying to make products in microgravity and bring them back to Earth. If Starfall works at scale, it doesn’t just give SpaceX another revenue stream. It gives them significant control over the economics of an entire emerging industry. The disk shape and high-capacity design suggest they’re thinking about high-cadence, lower-cost returns rather than the traditional high-value, low-volume approach. This is classic SpaceX: take an existing problem (expensive, low-capacity return from orbit), apply first-principles thinking to the vehicle design, and try to make it dramatically cheaper and higher volume. How do you think this move into orbital return changes the competitive landscape for companies trying to build businesses in space manufacturing? Follow for more analysis on SpaceX’s expanding role across the space economy.

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TheNewPhysics

445,776 次观看 • 2 个月前

Still trying to understand how Booster 20 passed its static fire, yet four engines failed to ignite during the launch attempt. Why doesn’t SpaceX stack the vehicle at the launch site immediately after a successful booster static fire and proceed directly into launch preparations? #starship #SpaceX

Still trying to understand how Booster 20 passed its static fire, yet four engines failed to ignite during the launch attempt. Why doesn’t SpaceX stack the vehicle at the launch site immediately after a successful booster static fire and proceed directly into launch preparations? #starship #SpaceX

Lunar Citizen

24,420 次观看 • 1 个月前