The FAA has given SpaceX permission to resume Starship launches after investigating what went wrong when the Super Heavy booster failed during a test flight on May 22. SpaceX is aiming to launch again on July 16.

The FAA found two things that contributed to the failure: heat damaged the rocket's engines during the climb, and the alarm system that monitors the engines had the wrong settings. SpaceX drilled deeper and found that the engines didn't start up at exactly the same time during separation—the moment when the booster and upper stage split apart. That tiny timing difference caused the booster to spin 90 degrees the wrong way, like a top wobbling off-balance. SpaceX has since adjusted how the engines start up, fixed the alarm system, and changed the computer instructions that control the booster's emergency actions.

The May launch was the first test of a major redesigned version of Starship called V3. It has a taller body, bigger fuel tanks, and improved engines. The upper stage—the top part of the rocket—successfully released 20 test satellites and 2 real Starlink satellites, though it did lose one of its main engines. The booster failure happened separately, after stage separation, and that's what prompted the FAA to open a formal investigation.

If the July 16 launch happens, it will carry real Starlink satellites for the first time—not test models. This is significant because Starlink is SpaceX's actual internet satellite network, and each satellite is worth money. Six of these satellites will have cameras attached to film the rocket during launch and separation. Why cameras? Because when the booster spun off-course in May, SpaceX had to figure out what happened mostly from data and math, rather than seeing it with their own eyes. Now that they're flying satellites that matter, they want to see exactly what's happening.

The FAA's approval comes seven weeks after SpaceX sold stock to the public on June 12 and raised $86 billion. This timing matters more than it might seem. Before SpaceX went public, engineers could test rockets and accept failures as part of development. Now, with stock market investors watching, the company's tolerance for problems—and how they communicate about them—has changed. A lost rocket now means lost money that shareholders see directly. Investors and engineers think about rocket failures in different ways, and that gap will shape how SpaceX's next few launches are perceived.

One thing worth noting: the FAA and SpaceX don't quite agree on how to describe the problem. The FAA calls it "heat effects" and "alarm problems." SpaceX is more precise, pointing to the engine startup timing issue and the resulting spin. This difference is normal. The FAA's job is to make sure rockets are safe and the company followed the rules. They don't do a full engineering investigation like SpaceX does. For someone trying to figure out whether the fix actually solves the problem, or just fixes what the FAA can check, that difference matters.

Looking at SpaceX's history, the company tends to handle booster failures the same way: report the problem quickly, fix the computer code or change the procedures instead of redesigning hardware, then launch again soon. What's different now is the stakes. Because SpaceX is flying satellites that are part of its actual business, a failure costs money, not just time. If the booster separation works right on July 16, it will show that V3's engine problems were just a matter of getting the startup timing and alarm settings correct—not a deeper crack in the rocket's design.