BOCA CHICA, Texas — SpaceX launched the first full-stack Starship V3 on a test flight early Friday, sending the upgraded vehicle to orbital velocity and returning its Super Heavy booster to the launch tower in a performance that marked a clear step forward for the world's largest rocket.
The flight followed this week's static fire of the V3 ship and came together faster than many observers expected, a sign of how quickly the Starbase team is now turning hardware around between campaigns.
A Cleaner Ascent
Liftoff came just after dawn, with all 33 Raptor engines on the Super Heavy booster lighting and holding through the climb. Stage separation went smoothly, and the booster flipped and flew back toward the coast, where the launch tower's chopstick arms caught it for the fourth successful tower return of the program.
The Starship upper stage, meanwhile, pressed on to space. V3 is the tallest and most capable version yet, stretching the propellant tanks, upgrading the Raptor engines, and adding reaction-control and heat-shield improvements aimed squarely at rapid reusability. The ship reached its planned trajectory and coasted halfway around the globe before beginning reentry.
Sticking the Hard Part
Reentry has been the toughest challenge for Starship, and V3's redesigned heat shield was the headline test of the day. Live telemetry showed the ship holding attitude through peak heating before relighting an engine and executing a controlled splashdown in the Indian Ocean. SpaceX engineers cheered as the vehicle settled on target, giving the team a trove of thermal-protection data to fold into the next build.
The launch adds to a blistering 2026 for the company, which recently set a new annual launch record across its Falcon and Starship fleets. Each Starship flight now feeds directly into the cadence SpaceX needs for Starlink deployment, lunar landings for NASA's Artemis program, and, ultimately, Mars.
The Road Ahead
With a successful V3 debut in hand, SpaceX is expected to push toward ship recovery and, before long, the first orbital refueling demonstration — the capability that unlocks deep-space missions. The company has said payload-carrying Starlink launches on Starship could begin in earnest once catch-and-reuse of the upper stage is proven. Mission details and vehicle specifications are posted on SpaceX's Starship page.
For a program built on learning by flying, Friday was the kind of day that compresses the timeline. The hardware is maturing, the cadence is rising, and the path to a fully reusable super-heavy-lift rocket looks shorter than it did a week ago.
