SpaceX’s Starship Super Heavy Flight 13 Marks New Milestones

On Tuesday evening, SpaceX lit the sky over Boca Chica with the thirteenth integrated test of its Starship system. The colossal vehicle, a blend of the Starship upper stage and the Super Heavy booster, lifted off at roughly 7:30 p.m. local time, carrying a payload of the brand‑new Starlink V3 satellites.

The launch itself felt almost textbook – the twin engines roared, the vehicle cleared the pad, and within minutes the Super Heavy’s side‑boosters began separating. Yet what followed was anything but routine. About three minutes into flight, the crew‑controlled Raptor engine on the upper stage was deliberately throttled down, then reignited. That brief shutdown and restart was meant to prove the engine can be cycled on demand, a capability that could someday allow Starship to adjust its orbit or even perform on‑orbit refueling.

Meanwhile, the payload bay door opened and the new generation of Starlink V3 satellites were released. These cubesats are a bit larger and more powerful than their predecessors, promising higher throughput and better coverage for users on the ground. The deployment went off without a hitch, and the satellites began their own little dance, drifting into their assigned orbits.

Perhaps the most eye‑catching part of the mission was the attempt to recover the Super Heavy booster. For years, SpaceX has been chasing a successful splash‑down of this behemoth, and flight 13 was the first time the company tried to catch it with its autonomous drone ship, “Axiom Quest.” The booster performed a series of burns to slow down, and the drone ship’s massive arms extended to snag the landing legs. Although the vehicle ultimately tipped and bobbed in the water, the data gathered will shape the next recovery attempt.

SpaceX’s founder, Elon Musk, took to X (formerly Twitter) shortly after the flight, noting that “another step forward for Starship, Raptor restart worked, Starlink V3 up, and we learned a lot about booster recovery.” The tone was cautiously optimistic – a reminder that each test, successful or not, feeds into the ultimate goal of full‑reusability.

Industry watchers see flight 13 as a crucial waypoint on the road to Mars. The Raptor restart capability could enable the kind of deep‑space maneuvering needed for interplanetary missions, while the refined recovery technique aims to bring launch costs down even further. And with the rollout of V3 satellites, SpaceX continues to tighten its grip on global broadband.

In short, the night’s fireworks were more than a pretty light show. They signaled real progress on several fronts – propulsion, payload, and reusability – each a piece of the larger puzzle that SpaceX hopes will eventually carry humanity beyond Earth.