SpaceX’s Starship spacecraft successfully returned to Earth on November 14, 2026, marking the first time the vessel was caught in mid-air by the launch tower’s mechanical arms. The spacecraft, which had launched 22 hours earlier, descended over the company’s Starbase site in Texas and slipped between the “chopstick” arms that originally supported its liftoff.
The mission saw the upper-stage spacecraft enter orbit and release 26 advanced Starlink satellites before circling the Earth 14 times at an altitude of 265 kilometres. According to SpaceX, the spacecraft, including its vital heat shield, performed well throughout the duration of the flight. SpaceX founder and CEO Elon Musk praised the achievement, while the company noted that the successful capture validates the potential for full, rapid reusability of the rocket.
However, the mission did not achieve a complete success for both stages. The first-stage booster exploded shortly after takeoff. Kate Tice of SpaceX explained that the booster’s engines stopped firing prematurely during its return descent. The guidance system, detecting an incorrect position, initiated an automatic watery detour and self-destruction. Engineers are currently investigating the cause of the booster failure, though the company has successfully completed three previous booster catches in earlier tests.
Key facts
- The Starship vessel is 124 metres (407 feet) tall and is the world’s largest and most powerful rocket.
- The spacecraft completed 14 laps around Earth at an altitude of 265 kilometres (165 miles).
- This flight marked the 15th full-scale test of a Starship since 2023 and its second journey into orbit.
- SpaceX intends to begin launching Starships from the Kennedy Space Center in Florida within the coming months.
- NASA is funding the Starship program to support the Artemis mission, which aims to land astronauts on the Moon.
Why it matters
The successful capture of the Starship spacecraft is a major step toward SpaceX's goal of achieving full reusability for its rockets, a requirement for lowering the costs of space travel. NASA, which is backing the project to land Artemis astronauts on the Moon later this decade, welcomed the development. Beyond lunar missions, Musk has expressed plans to use a fleet of these rockets to establish a city on Mars.
Background
SpaceX’s Starship is designed for both Moon and Mars travel. The current mission followed previous iterations of the test flight series, which began in 2023, as the company works to refine its guidance systems and recovery techniques for the massive launch vehicle.
Source: Al Jazeera, The Hindu
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