SpaceX Starship achieves orbital velocity and deploys Starlink V3 satellites
- Launched from the Starbase facility in South Texas, the mission marks a fundamental shift for the program, moving from safety-focused sub-orbital tests to operational orbital deployments.
- One of the six Raptor engines failed prematurely, forcing SpaceX engineers to weigh a total abort of the orbital attempt.
- After reviewing the flight data, the team activated one of the Starship's Raptor engines to compensate for the loss.
Launched from the Starbase facility in South Texas, the mission marks a fundamental shift for the program, moving from safety-focused sub-orbital tests to operational orbital deployments.
A Near-Miss During Ascent
The rocket lifted off at 7:49 a.m. local time, but the climb was nearly compromised. One of the six Raptor engines failed prematurely, forcing SpaceX engineers to weigh a total abort of the orbital attempt.
They didn’t quit. After reviewing the flight data, the team activated one of the Starship’s Raptor engines to compensate for the loss. The maneuver worked. SpaceX maintained the mission trajectory and achieved the orbital velocity required to integrate the satellites into the company’s space-based internet network.
Breaking the Sub-Orbital Ceiling
This was the 14th flight for the Starship program. It differs from every launch that came before it.
Until now, SpaceX intentionally designed flights not to reach orbit to maximize safety. This mission proceeded only after U.S. regulatory authorities determined that SpaceX could safely accelerate the rocket to orbital speeds and return the vehicle to Earth in a controlled manner.
Scaling the Starlink Network
The deployment of the Starlink V3 satellites is a commercial milestone. While Starship had deployed V3 units in a previous launch, those were destroyed during atmospheric reentry as part of a planned test.
This time, the satellites survived. They join a network that already exceeds 11,000 orbiting satellites. SpaceX spokesperson Dan Huo confirmed the deployment was successful. Every satellite that we have deployed seems to be operating normally, Huo stated, adding that the process developed very smoothly.
Turning Hardware Into Revenue
The mission is more than a technical win; it is a financial one. SpaceX Chief Financial Officer Brett Jensen described the mission as a revenue-generating flight because the V3 satellites will now actively contribute to the company’s service capacity.
CEO Elon Musk has previously stated that the V3 hardware will significantly increase the overall capacity of the Starlink network.
The test flight was designed to last nearly 10 hours. If the full mission is completed successfully—including the controlled return of the vehicle—it is expected to pave the way for frequent orbital flights.