SpaceX successfully caught its Starship rocket booster during a test flight on Sunday. The booster returned to the launch site and was grabbed midair by mechanical arms on the launch tower. This marks the first time a rocket of this size has been recovered in such a manner.
The achievement brings SpaceX closer to its goal of rapid reusability. Recovering and reusing rocket parts could significantly lower the cost of space travel. The company has focused on this approach for years.
The Super Heavy booster separated from the Starship upper stage after launch. It then flew back to the pad under its own power. The tower’s chopstick-like arms closed around the booster as it descended.
Sunday’s test flight also sent the Starship upper stage on a planned trajectory. The vehicle traveled partway around the globe before splashing down in the Indian Ocean. The upper stage was not recovered.
SpaceX founder Elon Musk has said full reusability is central to the company’s long-term plans. Reducing turnaround time between flights is a key part of that vision. The catch demonstrates progress toward that objective.
The space industry has watched Starship closely because of its size and lift capacity. The rocket is designed to carry large payloads and eventually people to the Moon and Mars. Each test flight provides data for further improvements.
Recovering boosters is not new, but catching one of this scale with tower arms is. Rival companies have landed boosters on pads or at sea. SpaceX’s method aims to shorten refurbishment and reuse cycles.
The Federal Aviation Administration has overseen the test campaign. Each flight requires regulatory approval before launch. SpaceX has said it plans more test flights in the coming months.
