With a successful test flight and key maneuvers completed, SpaceX transitions to Starship V3 — a more powerful, mission-ready version aimed at deep space exploration and Artemis 3.
One Last Ride for Starship V2
On Monday night, SpaceX conducted the final test flight of its Starship V2 system, officially closing the chapter on its second-generation prototype and signaling the start of the long-anticipated V3 era.
- The nearly 400-foot rocket lifted off from Starbase, Texas at 6:23 p.m. local time.
- The Super Heavy booster, reused from a March test, executed a new multi-stage landing burn, culminating in a soft splashdown in the Gulf of Mexico.
- The upper stage carried out a dynamic banking maneuver and splashed down in the Indian Ocean, after deploying eight mock Starlink satellites.
“This next iteration will be used for orbital flights, payload missions, and deep space operations,” SpaceX stated after the launch.
What This Test Achieved
The mission checked off all major goals for the V2 system, including:
- Testing a 13-engine landing ignition, throttling down to three engines for a controlled descent.
- Trialing new heat shield tile configurations, including selective removals, to collect reentry data.
- Deploying simulators for Starlink satellites and relighting a Raptor engine in orbit — mirroring key milestones from Flight 10.
These advancements help refine critical systems for the vehicle’s reusability, thermal protection, and orbital maneuverability.
Meet V3: The Starship of the Future
With V2 now retired, Starship V3 becomes the focal point of the program.
- Designed for orbital docking and propellant transfer, V3 is the version SpaceX plans to use for actual missions to the Moon, Mars, and beyond.
- It includes structural upgrades, higher lift capacity, and refined Raptor engines, though detailed specs remain undisclosed.
- SpaceX is positioning V3 as the first operational iteration, capable of delivering payloads to orbit, enabling refueling in space, and supporting Artemis landings.
The V3 milestone marks a transition from experimental tests to mission-driven development.
Pad Upgrades and Florida Expansion
As Starship evolves, so does its infrastructure:
- Pad A at Starbase is being upgraded, while launches shift to Pad B.
- Construction is also underway at Cape Canaveral and Kennedy Space Center, where dual Starship launch pads are being built to support increased launch cadence.
This multi-pad strategy aims to scale Starship operations for both NASA missions and SpaceX’s own Starlink deployments.
A Boost for Artemis and Beyond
The final V2 flight drew praise from NASA, whose Artemis program depends on SpaceX’s Starship as a human landing system (HLS).
- Acting NASA Administrator Sean Duffy called the test “a major step toward landing Americans on the Moon’s south pole.”
- SpaceX holds a contract worth over $4 billion to develop and deliver a crew-ready Starship variant for the Artemis 3 mission, currently slated for 2027.
But to meet that date, SpaceX must prove out orbital docking, propellant transfer, and other complex operations — which V3 is designed to tackle head-on.
