On Saturday afternoon, a 52-metre spaceship fell out of the clouds over Texas and was caught by a pair of mechanical arms. It was the first time anyone has ever recovered an upper stage from orbit this way — and the manoeuvre that made it possible is the hardest thing SpaceX has ever attempted.
The ship was Starship, the upper stage of SpaceX's two-stage super-heavy rocket. It launched on Friday evening from Starbase, Texas, on the system's 15th integrated test flight and the fourth flight of the V3 design, deployed 26 Starlink V3 satellites, and spent 14 orbits — about 22.5 hours — in space before coming home.
The catch itself took seconds. The ship re-entered the atmosphere at around 17,600 mph, steered belly-first through the plasma on four aerodynamic flaps, then reignited three Raptor engines, flipped itself upright, and slowed to a hover. Two small fittings near the top of the vehicle settled onto the launch tower's chopstick arms — Mechazilla — and the engines cut out. Charred from re-entry, the ship hung a few hundred feet above the ground.
It looks simple in the footage. It is not. Here is why the catch is the hard part.
## No landing legs
First, there are no landing legs. A Falcon 9 lands on legs; Starship has none, because legs are dead weight on a vehicle that must reach orbit. Everything rides on two small catch fittings near the top of a 52-metre vehicle. Miss the arms by a few metres and the ship hits the tower or the ground. The tower itself is 145.5 metres tall — taller than the rocket — and its arms must meet the ship at exactly the right height and speed, in wind, with the ship still firing its engines.
## The heat
Second, the heat. The booster comes home after a six-minute suborbital hop. The ship comes home after a day in orbit, at full orbital energy. Its windward side carries about 18,000 hexagonal ceramic tiles over an ablative backup layer, and every one of them has to survive re-entry. Earlier ships did not: three V2 ships were lost in early 2025 (Flights 7, 8 and 9). The heat-shield team cleared this one for return only after reviewing tracking-camera and satellite data — and even then, the ship came back charred.
## The flip
Third, the flip. The ship falls belly-first, which spreads the heat, then has to rotate to vertical and kill its velocity in a few seconds with three engines. Get the timing wrong and it either slams into the tower or runs out of propellant short of it.
## What went wrong
And the day was not a clean win. The other half of the plan — catching the Super Heavy booster, the 72.3-metre first stage — failed. The booster was initially cleared for its catch, then aborted for a guidance issue (SpaceX chief executive Elon Musk said it was running low on fuel), diverted to the Gulf of Mexico, and destroyed by its flight termination system before it hit the water. The first recovery of both stages in a single flight is still undone.
Nor does a catch mean reuse. SpaceX has caught and reflown Super Heavy boosters, but no caught ship has flown again. The heat shield needs inspection, and the company has not yet shown a ship can be turned around without extensive refurbishment.
Still, the milestone matters. Starship is the vehicle NASA has contracted to land astronauts on the Moon, and its whole economics depend on both stages coming back. On Saturday, for the first time, the second stage did.
*This article is not financial advice. Figures are from SpaceX and reporting on Flight 15, November 13–14, 2026.*
