It's mind-blowing! What SpaceX Starship Flight 10 just Did Shocked whole Industry.Never Done Before

The Super Heavy booster and Starship second stage perform a hot staging maneuver. The Starship ignites its engines while still attached, then separates from the booster, which performs a boost back burn for splashdown.

Stage separation is confirmed with six engines running on Starship. The booster successfully completes its boost back burn and splashes down in the Gulf, despite one engine shutting down mid-ascent.

Starship begins deploying simulated Starlink satellites from its 'Pez' system, a dress rehearsal for future V3 satellite deployments. Each V3 satellite will add 60 terabits per second of capacity, significantly increasing Starlink's capability.

During re-entry, the ship's flaps gain control in the denser atmosphere, moving past reliance on reaction control system thrusters. The vehicle undergoes maximum heating and aerodynamic loads as it returns to Earth, intentionally pushing its structural limits.

Starship is intentionally put through extreme paces to test its weak points and structural integrity, even with missing heat shield tiles. The flight is on a suborbital trajectory, meaning the deployed satellites will burn up in the atmosphere.

The video describes the upcoming transsonic phase where airflow around the vehicle is both sub-, trans-, and supersonic, followed by the subsonic phase as it slows down for splashdown in the Indian Ocean.

Starship continues its controlled descent, with daylight appearing as it approaches the Earth's surface. The vehicle performs a 'belly flop' maneuver as it hits the subsonic phase before splashdown.

The flight initiates, passing through Max Q (maximum dynamic pressure) where the vehicle experiences peak stress.