Key Highlights

  • SpaceX launched Starship's 13th test flight, its first since the company's record IPO last month.
  • The Super Heavy booster suffered a hard splashdown after only a subset of engines relit for landing.
  • SpaceX successfully deployed 20 new Starlink V3 satellites about 18 minutes into the flight.
  • SpaceX stock has dropped in four of the past five weeks, slumping 43 percent from its June 16 peak.

A Mixed Outcome on the First Flight Since the IPO

SpaceX (NASDAQ:SPCX) launched its massive Starship rocket Friday evening from its Starbase, Texas facility, marking the vehicle's 13th test flight and the first since the company's record initial public offering last month. The mission produced a mixed set of results that reflected both continued progress and unresolved technical challenges with the fully reusable rocket system.

The rocket's Super Heavy booster detached from the Starship spacecraft about two minutes into the flight and attempted a controlled splashdown in the Gulf. According to a SpaceX statement, the landing was not perfect, as the booster attempted to relight its engines for the landing burn, but only a subset successfully ignited before what the company described as a hard splashdown. The upper stage fared better, achieving what SpaceX called a soft splashdown in the Indian Ocean, coming to rest intact and providing critical views of an intact heatshield for the first time.

Starlink V3 Deployment Marks a Key Milestone Despite Booster Setback

Beyond the booster's landing performance, the flight achieved a significant milestone with the successful deployment of 20 new Starlink V3 satellites approximately 18 minutes into the mission, giving SpaceX its first opportunity to observe how the new satellite generation performs in flight. The satellites, produced at a SpaceX facility in Redmond, Washington, are built larger and more powerful than earlier Starlink versions, with solar arrays generating twice as much power as prior generations.

The successful deployment supports SpaceX's broader strategy of using Starship to vastly expand its Starlink satellite network, a goal the company has identified as crucial to its long term business model. SpaceX is also developing Starmind satellites, which it intends to eventually use as orbital data centers, suggesting the company's satellite ambitions extend well beyond broadband connectivity. Industry expert Tim Farrar of TMF Associates noted that while the test flight showed progress, SpaceX remains a long way from achieving rapid reusability of the entire ship, pointing specifically to the Raptor engine relighting problems, which he warned could cause severe launchpad damage if a similar failure occurred during an actual landing attempt at the company's site.

Balancing Technical Progress Against Reusability and Market Pressure

Starship's path forward will likely depend on how quickly SpaceX can resolve the booster relighting issues that have now surfaced across multiple test flights, particularly given that the company is preparing Starship for a major NASA test flight next year as part of broader lunar return ambitions. Continued Starlink V3 deployments and Starmind satellite development could provide near term commercial progress even as the core reusability challenge remains unresolved.

On the market side, SpaceX's stock has dropped in four of the past five weeks, slumping 43 percent from its peak close on June 16, a decline that suggests investors may be reassessing the company's near term execution risk following its recent IPO. Should future test flights continue to encounter similar booster landing issues, this could weigh further on sentiment, while a successful resolution of the engine relighting problem could help restore confidence in the program's reusability timeline.

Conclusion

SpaceX's 13th Starship test flight delivered a mixed outcome, combining a successful Starlink V3 satellite deployment and an intact upper stage splashdown with a continued booster landing challenge tied to engine relighting. Whether the company can resolve these reusability issues before its planned NASA test flight next year may shape both the program's technical trajectory and investor sentiment following the stock's recent decline. The flight's satellite achievements suggest commercial progress continues even as the core rocket recovery challenge remains a work in progress.