FAA Grounds SpaceX's Starship V3: Investigation into Booster Failure Underway

TL;DR

• The FAA has ordered SpaceX to investigate the failure of its Starship V3 Super Heavy booster after the vehicle lost control during its first test flight on May 22.
• SpaceX’s flight still produced some successes, including payload deployment and a controlled upper-stage reentry, but the booster’s failed relight sequence ended the recovery attempt early.
• The FAA must approve SpaceX’s final report and any corrective actions before the company can launch Starship again, putting near-term test-flight timing under pressure.

FAA orders an investigation

The Federal Aviation Administration has directed SpaceX to investigate the booster failure from Starship V3’s debut flight, following the loss of the Super Heavy booster minutes into the mission. According to the FAA, SpaceX must complete the probe under agency oversight and submit a final report before the launch license can move forward.

The order effectively grounds additional Starship test flights until the investigation is closed and any required corrective actions are approved by regulators. That creates an immediate scheduling constraint for SpaceX’s next test window.

What went wrong on the flight

SpaceX launched the upgraded Starship V3 system from Starbase, Texas, on May 22, marking the first flight of the new version. The upper stage continued on its mission profile, but the booster’s engines failed to properly relight for the burn that was supposed to guide it back toward a controlled return.

Reports from the flight indicate that the booster tumbled after the failed relight attempt and likely exploded on impact with the water. Video analysis and post-flight commentary also point to multiple engine anomalies during the recovery burn, though the exact root cause has not yet been publicly confirmed.

Why the mission still mattered

Despite the booster loss, the flight was not a total failure. SpaceX successfully deployed 20 Starlink satellite simulators and two modified Starlink satellites intended to capture imagery of Starship’s exterior, and the Ship upper stage completed a planned reentry and splashdown sequence before tipping over and exploding as expected.

That matters because the test still provided data on the redesigned Starship V3 system during ascent, payload deployment, and reentry. For SpaceX, even partial mission success can help validate hardware changes and reveal failure modes that need to be addressed before more ambitious attempts.

Implications for SpaceX’s broader Starship plan

The booster failure adds another checkpoint in a program already under intense scrutiny. The FAA has repeatedly required investigations into Starship mishaps, and those reviews have become a routine part of the vehicle’s development cycle.

For SpaceX, the immediate impact is timing. Until the FAA accepts the investigation findings, another Starship launch is unlikely, which complicates the company’s push to maintain momentum on the V3 program and future mission milestones. The longer-term issue is reliability: Starship’s path toward operational flights depends on proving that the booster can return safely and consistently, especially as SpaceX continues developing more advanced launch and recovery profiles.

What happens next

The next step is SpaceX’s formal investigation, which the FAA will oversee and review before approving any return to flight. If the company identifies a discrete hardware or engine-system issue and demonstrates a corrective fix, Starship could resume testing once regulators sign off.

For now, the program’s schedule is in limbo. SpaceX has not publicly confirmed a timeline for the next launch after the booster failure, and the final pace will depend on how quickly the investigation is completed and whether the FAA is satisfied with the remedy.

AndroGuider Team

Articles written by the AndroGuider team. We try to make them thorough and informational while being easy to read.