SpaceX's Starship aces first return to Texas

STARBASE, Texas, November 14 - SpaceX's Starship spacecraft completed its longest flight in orbit yet and returned to the Texas launch tower from where it was launched, marking the first key recovery of the rocket system's centerpiece vessel in the company's decade-long endeavor to create a fully reusable rocket. The two-stage rocket's Super Heavy booster, the rocket's lower half, launched Starship into space on Friday from SpaceX's Starbase facilities in Texas.

However, this booster had failed to return to the launch pad just 10 minutes after liftoff, preventing SpaceX from recovering both parts of the rocket for the first time. But, the successful return of the Starship upper stage after orbiting Earth 14 times for over 22 hours was a crucial engineering milestone in the rapid development of Starship, which Elon Musk envisions as the future workhorse for SpaceX's satellite business and aspirations to send humans to the moon and eventually Mars.

Following its deployment of 26 Starlink satellites into orbit on Friday night at an altitude of 161 miles (260km), Starship initiated an atmospheric descent on Saturday by firing one of its engines. The spacecraft faced extreme heat as its orbital speed of approximately 17,000 miles per hour slowed down to a supersonic free-fall above SpaceX's Starbase facilities on the Gulf coast of south Texas.

Upon reaching the launch tower, Starship switched to a vertical position and was secured using two mechanical 'chopstick' arms. This successful recovery of the Starship vessel demonstrates SpaceX's progress in developing a reusable rocket system, although the company has yet to recover both Starship stages in a single mission. Furthermore, Starship's heat shield, consisting of black hexagonal tiles, is not yet fully reusable, and SpaceX is working on new designs that will require minimal refurbishment after each mission.