SpaceX grabs Starship mid-air in historic reusable rocket milestone

UPDATE - follow-up to SpaceX's Starship returns from orbit and is captured by launch pad arms in a dramatic first:

The Catch

SpaceX successfully caught its Starship spaceship with mechanical chopstick arms at Launch Pad 2 in Starbase, Texas, during its 15th test flight. The 124m rocket lifted off on Friday and completed a 22-hour journey that included orbiting Earth 14 times and deploying 26 Starlink satellites. The returning Starship survived extreme re-entry heat, descended slowly, and slipped smoothly between the metal arms. SpaceX spokesman Dan Huot called it the Holy Grail of spaceflight, while CEO Elon Musk posted that he hugged ship 42 upon its return.

Booster Issue

While the spaceship catch succeeded, the twin capture plan fell short when the Super Heavy booster encountered a guidance, navigation and control issue. Dan Huot explained that the booster was not in the correct spot for a catch, forcing it to divert to the Gulf of Mexico where it self-destructed before hitting the water. SpaceX had successfully caught returning booster rockets three times previously, but Starship's return was far more complex because it fell faster and from a higher altitude.

Future Plans

Elon Musk envisions Starship as the workhorse for rapid reuse, predicting launches could happen more than once an hour in three to four years. Versions of the spacecraft are planned to deploy data centres, launch internet satellites, and ferry astronauts to the Moon and Mars, with NASA expecting it to serve as a lunar lander for the Artemis mission. NASA Administrator Jared Isaacman called the recovery almost magic. However, engineers still face hurdles like fuel transfer in orbit and fine-tuning the Super Heavy booster.

Context

Reusable rocket systems aim to slash mission costs and allow much more frequent spaceflights compared to traditional single-use rockets. SpaceX already operates partially reusable Falcon rockets, but fully reusable systems represent a major leap forward for deep space exploration.