SpaceX’s Starship rocket reached Earth orbit for the first time, though not without some drama along the way. The mega-rocket launched from South Texas early Monday morning, and the takeoff ticked all the early checkboxes for a successful launch.
Shortly after the upper stage separated, it lost one of its six Raptor engines. While Starship could still reach orbit without one engine, the company initially called off the attempt, only to decide to keep pushing just a few minutes later.
The rocket ultimately reached orbit and successfully deployed 26 new Starlink satellites. Roughly 1.5 hours into the flight, SpaceX decided to bring the upper stage back to Earth early, instead of letting it orbit for around nine hours as planned.
“Flight teams will deorbit Starship safely to our pre-cleared area of the Pacific Ocean after 3 hours in orbit,” the company wrote on X.
Why This Milestone Matters
That Starship reaches orbit is a critical milestone that could let SpaceX start using the vehicle for regular commercial missions. More importantly, it inches the company closer to its goal of making the mega-rocket fully reusable.
SpaceX CEO Elon Musk is orienting the entire company around Starship. The rocket has become central to the company’s plans to operate moon missions for NASA, along with far-out ideas like putting data center satellites in orbit.
The Original Flight Plan
Prior to the launch, SpaceX had planned to have the Starship upper stage orbit the Earth six times over nine hours. During that window, it was set to deploy 26 third-generation Starlinks into the company’s constellation of internet satellites.
The Ship stage dispensed all of those V3 Starlink satellites during the Monday flight and was able to connect to all 26. They are supposed to start servicing Starlink customers in the next few weeks.
Upgraded Starlink Satellites
These upgraded Starlink satellites are more powerful than the prior versions SpaceX has used to build its 10,000-strong constellation. The company has said that one full Starship launch of V3 satellites can add the same amount of capacity to the Starlink network as 20 flights of the V2 mini versions, which SpaceX flies on the Falcon 9 rocket.
Super Heavy Booster Progress
The company was also able to make progress on returning the Super Heavy booster stage of the rocket back to its launchpad. After separating from the upper stage a few minutes into the flight, the booster returned to the Gulf coast and performed a simulated landing over the water.
It was the cleanest simulated landing SpaceX has performed with the V3 version of Starship, which it started testing in May.
Third V3 Test and Recent IPO
This was the third test of Starship V3, each happening around two months apart. It was also the second Starship launch since SpaceX went public in the largest IPO ever.
The company’s stock jumped more than 1% in early trading Monday, but fell into the red after SpaceX decided to end the first orbital mission early.
What’s Next for Starship
Musk has said he wants Starship, the most powerful rocket ever built, to eventually fly thousands of times per year. To pull this off, he recently inked a deal with Louisiana to build a new Starbase launch complex that dwarfs the existing one in Texas.
The company has said it plans to invest $100 billion in that new facility, with construction starting next year.
A Historic Step for Reusability
The decision to bring the upper stage home early did not overshadow the core achievement. When Starship reaches orbit, it proves the vehicle can survive the transition from ascent to orbital flight, a requirement for every future mission profile.
SpaceX has framed reusability as the key to lowering the cost of access to space. A rocket that can fly repeatedly, land safely, and launch again quickly would change how satellites, cargo, and eventually crews reach orbit.
The Super Heavy simulated landing over the Gulf coast fits into that same roadmap. Each test brings the booster closer to a true return to the launchpad rather than a water landing.
Starlink’s Role in the Mission
The 26 V3 Starlink satellites deployed on this flight are not just cargo. They represent the next generation of the network, offering more capacity per satellite than earlier versions.
SpaceX has said these satellites should begin serving Starlink customers within weeks. If that timeline holds, the mission’s success will be measured not only in orbit but in the bandwidth delivered to users on the ground.
Musk’s long-term vision calls for Starship to fly thousands of times per year. The planned Louisiana Starbase complex, with a reported $100 billion investment and construction starting next year, is meant to support that cadence.
For now, the focus remains on the data from this flight. Every test of Starship V3 has come roughly two months apart, and each one has pushed the program further. The first orbital flight will be remembered as the moment the rocket finally crossed that threshold.
