The historic recovery occurred at the Starbase facility in Texas, where giant mechanical arms mounted on the launch tower snared the returning vehicle as it flipped upright. SpaceX previously succeeded with three booster recoveries, but this mission marked the first successful capture of the actual upper-stage spacecraft. Following the descent, inspections of the vehicle revealed that crucial elements, including the heat shield, remained intact and in good condition. The accomplishment moves the company significantly closer to fulfilling lunar mission objectives with NASA.
Key points
Successfully catching the upper stage advances SpaceX's broader goal of operating complet…: Successfully catching the upper stage advances SpaceX's broader goal of operating completely reusable rocket systems.
The milestone validates multi-billion-dollar investments by NASA to utilize the vehicle f…: The milestone validates multi-billion-dollar investments by NASA to utilize the vehicle for landing astronauts on the Moon.
Snaring descending spacecraft avoids the structural damage traditionally caused by harsh…: Snaring descending spacecraft avoids the structural damage traditionally caused by harsh ocean splashdowns and hard ground landings.
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SpaceX’s Starship has successfully returned to its launchpad after orbiting in space.
On a cloudy Saturday afternoon in the southern US state of Texas, a pair of large metallic arms stretched out and caught a giant in midair as it descended from the sky.
At 124 metres (407ft) tall, SpaceX’s Starship is the world’s largest and most powerful rocket, intended for travel to the Moon and Mars. Yet 22 hours after its latest blast off into space, it made history on Earth while returning, as it slipped smoothly between mechanical “chopstick arms” above Launch Pad 2 at Starbase city in Texas.
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Engineers achieved a critical breakthrough toward preparing the massive vehicle for human spaceflight by successfully guiding the spacecraft back to its Texas launch tower following orbital flight. However, the ambitious mission fell short of recovering the entire system intact. An automated abort was triggered on the lower booster, leading to its destruction at sea.