SpaceX Starship V3 Launch Succeeds Despite Super Heavy Booster Loss
SpaceX launched its upgraded Starship V3 megarocket from Starbase, Texas, on Friday evening, marking the first test of its most powerful rocket design yet. Although the mission achieved several major objectives, the Super Heavy booster failed during its return sequence and crashed into the Gulf of Mexico.
The launch had already faced delays. A hydraulic pin issue scrubbed the first attempt just 40 seconds before liftoff, while upper-level winds pushed Friday’s launch window back by an hour. Nevertheless, the rocket lifted off successfully, beginning its 12th integrated test flight.
Booster Failure, Upper Stage Success
The mission delivered mixed outcomes. During ascent, one of the booster’s 33 Raptor engines shut down early. After stage separation, only five engines reignited for the boostback burn, which ended sooner than planned. Later, just one engine fired during the landing attempt, causing the booster to plunge into the Gulf at high speed.
However, the company had not planned to recover the booster on this test. Instead, engineers aimed for a simulated water landing. Dan Huot described the Ship’s trajectory as “within bounds,” while the upper stage compensated by extending its engine burn.
Meanwhile, Ship 39 successfully reached space and deployed all 22 dummy Starlink satellites. Although engineers canceled a planned in-space engine relight test, the spacecraft still completed a controlled atmospheric reentry, landing flip, and splashdown in the Indian Ocean roughly 66 minutes after launch.
High Stakes for Future Missions
This test comes at a crucial moment for SpaceX. The company is preparing for a historic public listing, reportedly targeting a Nasdaq debut under ticker SPCX in June. At the same time, Starship remains central to future lunar missions and next-generation satellite deployment plans.
Therefore, despite the booster loss, the successful upper-stage performance offers an important step forward for the rocket’s long-term development.
