SpaceX Starship Flight 12 Launches from New Pad 2 in First Test of V3 Rocket Hardware

SpaceX launched Starship on its twelfth flight test at 17:30 Central Time on Friday, 22 May 2026, lifting off from Pad 2 at its Starbase facility in Boca Chica, South Texas. It was the first time the company had used that pad for a full Starship flight — and the first time the upgraded V3 versions of both the Starship upper stage and the Super Heavy booster had ever flown.

The mission also marked the debut of Raptor 3, SpaceX’s latest methane-fuelled engine, fitted to both stages of the vehicle. That’s three firsts in a single flight.

A Scrub, Then a Successful Lift-Off

The launch didn’t go without a hitch at first. A planned attempt on 21 May 2026 was scrubbed around 40 seconds before ignition, with SpaceX standing the vehicle down and moving the window to the following day. When Friday came, the stack cleared the pad cleanly.

Starship flew a suborbital trajectory. The Super Heavy booster separated and came down in a controlled splashdown in the Gulf of Mexico. The Ship upper stage continued on, executing a landing flip, a landing burn on two Raptor engines, and a splashdown in the Indian Ocean. SpaceX reported that the vehicle guided itself throughout re-entry using its four flaps.

What V3 Means — and Why It Matters

Earlier Starship test flights used what SpaceX refers to as V1 and V2 hardware. The V3 design brings structural changes, propulsion upgrades, and a revised heatshield compared with earlier versions. Raptor 3 is a cleaner, more powerful iteration of the engine that has powered Starship since its first test flights.

SpaceX has said the goal with each iteration is to push reusability further and bring down the cost of getting heavy payloads to orbit. Starship is already described by the company — and widely accepted by space industry analysts — as the world’s largest and most powerful rocket. Getting V3 hardware through a full flight, including re-entry and splashdown, gives SpaceX a trove of engineering data to work with.

The mission wasn’t just about the rocket itself, either.

Starlink Simulators Used to Watch the Vehicle from Space

During the coast phase, Starship deployed 20 Starlink simulators and two modified Starlink satellites. These weren’t operational broadband satellites going into service. SpaceX used them to capture imagery of the Starship heatshield during hypersonic re-entry — essentially sending up cameras to watch the rocket come home. It’s an unusual approach, and one that gives engineers a view of re-entry behaviour they can’t easily get from ground-based tracking alone.

The deployment also tested the payload release systems without risking operational Starlink hardware.

Pad 2 Opens Up SpaceX’s Options

Until Flight 12, all Starship orbital launch attempts had gone from Pad 1 at Starbase. Pad 2 — also called Orbital Launch Pad 2 or Pad West — was built to give SpaceX a second option at the site, reducing bottlenecks and allowing more frequent test campaigns. Getting a full flight away from the new pad is a practical infrastructure milestone for the programme.

Starbase itself sits on the Texas Gulf Coast and has been developed by SpaceX exclusively for Starship since around 2018. The site is privately operated, though launches require Federal Aviation Administration approval and have drawn scrutiny over their environmental impact on the coastal ecosystem around Boca Chica.

That scrutiny hasn’t gone away. Critics have raised concerns about the effect of large methane-fuelled rocket launches on the surrounding area, and about the broader questions of private companies driving global space policy. A Ship 36 failure during propellant loading in June 2025 damaged test facilities at Starbase, though no injuries were reported — a reminder, as SpaceX itself acknowledges, that this remains an experimental programme.

Elon Musk, SpaceX’s chief executive, said after the flight: “Starship Flight 12 was a success.”

Starship is central to NASA’s Artemis programme, which aims to return humans to the Moon. SpaceX has a contract to provide a lunar lander variant of Starship for crewed Artemis missions. Each successful test flight moves that timeline closer to reality — though how close remains a matter of debate among space policy analysts.

What This Means for Kent Residents

Kent residents won’t see Starship overhead, and no local organisations are involved in the programme directly. But the Starlink satellites that Starship is designed to carry in large numbers can affect rural broadband provision — including in parts of Kent where fixed-line connectivity remains patchy — so the long-term health of the Starship programme has a quiet relevance to UK consumers. For students and teachers across the county, Flight 12 also offers a ready-made case study in applied physics, engineering iteration, and the realities of experimental rocketry.