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SpaceX Starship Flight 15 Launches with Partial Failure; Booster Aborted, Starship Continues Orbit

SpaceX's Starship Flight 15 lifted off from Texas Friday afternoon, aiming for a historic double recovery of both rocket stages. While the upper stage completed orbiting Earth about 14 times over 22 hours and is expected to return to land at Starbase, the lower booster—named Super Heavy—was aborted mid-flight and splashed down in the ocean. The cause of the abort remains unknown. The Guardian reports this as part of SpaceX’s ongoing test program under Elon Musk.

SpaceX Starship Flight 15 Launches with Partial Failure; Booster Aborted, Starship Continues Orbit

SpaceX’s Starship Flight 15 launched from South Texas on Friday afternoon, marking another step in its effort to achieve full reusability of orbital rockets.

Flight Overview

The mission was designed to demonstrate a 'double catch'—the recovery of both the upper stage (Starship) and the lower booster (Super Heavy)—at their launch site at Starbase, Texas.

According to The Guardian, the flight is expected to orbit Earth approximately 14 times over a span of about 22 hours before the company attempts to recover the vehicle. The upper stage, known as Starship, continued on its trajectory through space after liftoff.

Booster Abortion and Outcome

During ascent, the Super Heavy booster was aborted mid-flight. It did not complete its planned return path and instead splashed down in the ocean off the coast of Texas. The cause of this deviation has not been publicly disclosed by SpaceX or confirmed by any official source.

The mission does not confirm whether the lower stage achieved controlled descent or if it experienced a failure during flight operations. As such, no definitive explanation for the abort is available at present.

Context: A Series of Test Flights

This launch follows several previous test flights conducted under Elon Musk’s vision to develop reusable space transportation systems capable of carrying humans into orbit and beyond. While progress continues, each attempt includes technical uncertainties that remain unverified in public records.

No evidence has been presented confirming either full success or specific performance metrics related to engine operation, thermal management, or guidance control on this mission. All details are based solely on reports from The Guardian, which cites official statements without independently verifying outcomes.

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