SpaceX launched a redesigned Super Heavy–Starship on Friday in a high‑profile suborbital test that the company said met most objectives despite some on‑board problems. The roughly one‑hour flight showcased the updated vehicle but suffered engine issues that led to the Super Heavy booster striking the ocean harder than planned; the FAA has opened a review of the splashdown.
The test featured the revamped first stage and the large Starship upper stage — the system Elon Musk has described as central to SpaceX’s future. During ascent controllers and on‑air commentators noted that fewer booster engines ignited or operated as expected during a boostback phase. Even so, SpaceX reported it gathered useful data and completed many planned milestones on a flight that remains among the longest test events for the vehicle to date.
SpaceX and outside experts stress that these flights are iterative. Retired NASA astronaut Garrett Reisman, who later worked with SpaceX, said a successful test program is critical because a host of future missions and commercial plans hinge on Starship working reliably. NASA is particularly interested: a lunar lander variant of Starship is intended to carry Artemis astronauts to the Moon, and the agency faces pressure to move quickly — officials have warned timelines for lunar return may be measured in months rather than years if the U.S. is to stay ahead of international competitors.
Another key detail from the flight: after engine anomalies the Super Heavy booster impacted the Gulf of Mexico more forcefully than planned, according to SpaceX. The company is analyzing telemetry and recovery data; federal regulators are also reviewing the incident to evaluate compliance and safety.
The test comes as SpaceX prepares for what would be one of the largest public offerings ever. The company has indicated plans to go public next month; some market reports have suggested a potential valuation in the tens of billions. Investors and analysts will likely weigh Friday’s mixed outcome — important data gathered, but also visible failures — as they assess the risk and near‑term prospects of the business.
SpaceX engineers treat these flights as gathering experiments: each test produces engineering data to refine propulsion, structures and flight software. Company spokespeople and analysts say that, while hard landings or lost boosters are setbacks, the information derived moves the program forward. For now, Starship continues to advance through a sequence of increasingly complex demonstrations that will determine whether it can meet the performance, safety and reliability targets NASA and commercial customers require.