SpaceX Starship Flight 15 Reaches Orbit As Booster Catch Attempt Ends In Splashdown
SpaceX has launched its Starship rocket on its 15th test flight, successfully reaching orbit but abandoning an ambitious attempt to recover its booster.
The massive rocket lifted off from the company's Starbase facility in South Texas on Friday, 13 November, at approximately 4.48pm local time. The mission was designed to demonstrate a major step towards making the entire Starship launch system reusable, with SpaceX planning to recover both the Super Heavy first-stage booster and the Ship upper stage using mechanical arms attached to its launch tower.
The first stage, designated Booster 22, separated successfully from the upper spacecraft following launch and began its planned return towards the launch facility. However, the expected recovery operation was cancelled during its descent, and the booster was redirected towards an offshore landing in the Gulf of Mexico. The vehicle subsequently exploded during the splashdown, preventing SpaceX from completing the planned tower capture.
SpaceX has not immediately provided a detailed explanation for the decision to abandon the booster recovery. During the live broadcast, company representatives indicated that the team would investigate what caused the abort during the vehicle's return towards the tower. The decision meant the mission could not achieve its original objective of recovering both rocket stages, although the upper spacecraft continued its journey successfully.
Despite the setback involving the booster, the Ship 42 upper stage completed its ascent and reached orbit around Earth. Its six Raptor engines powered the spacecraft through the final stage of the journey before shutting down after orbital insertion. The successful achievement represented an important milestone for the flight, allowing the spacecraft to continue with its planned orbital operations.
One of the mission's major objectives was the deployment of 26 Starlink Version 3 satellites. The spacecraft successfully released the satellites into orbit, supporting SpaceX's wider efforts to expand its global satellite internet network. Three of the satellites were also equipped with cameras intended to help inspect the spacecraft's heat shield, providing additional information about the performance of its thermal protection system during the mission.
Attention has now shifted to the return of Ship 42, which is expected to spend approximately 22 hours travelling around Earth before attempting to return to Starbase. The flight plan includes as many as 14 orbital circuits before the spacecraft begins its descent. If all systems remain healthy and the mission team approves the landing attempt, the vehicle could return to the launch site on Saturday afternoon, 14 November.
The planned Ship recovery would represent a significant achievement because SpaceX has never previously caught the upper stage of an orbital Starship vehicle using its launch tower. The enormous mechanical arms, commonly called chopsticks, are designed to secure the returning spacecraft before it reaches the ground. The company has previously demonstrated successful catches of Super Heavy boosters during earlier test flights, but recovering the spacecraft itself presents a different technical challenge.
SpaceX has also built several safety decision points into the spacecraft's return journey. If engineers identify problems or determine that conditions are unsuitable for a tower recovery, the mission can be redirected towards a controlled ocean splashdown. Possible alternative landing areas include locations near Hawaii and Chile, reducing the need to proceed with a potentially unsafe return to the Texas launch facility.
Starship is designed to become a fully reusable transportation system capable of carrying large payloads into space. Standing approximately 124 metres tall, the rocket is among the largest and most powerful launch vehicles ever developed. Its development is central to SpaceX's plans for expanding satellite deployment, commercial space transportation and future missions beyond Earth's orbit.
The programme is also important to NASA's longer-term lunar exploration ambitions. The American space agency is relying on SpaceX to develop a Starship-based lunar landing system for future Artemis missions. Demonstrating reliable launches, orbital operations, heat-shield performance and vehicle recovery will be essential steps towards establishing the spacecraft as a viable option for transporting astronauts and equipment to the Moon.
Flight 15 therefore represents both progress and an important technical test for SpaceX. The successful orbital deployment of Starlink satellites demonstrates the spacecraft's ability to complete key mission operations, while the abandoned booster catch highlights the challenges involved in recovering large launch vehicles. The outcome of Ship 42's planned return will provide further information about the company's progress towards making its entire Starship system reusable.
For further local news, community updates and story tips, contact news@lakelandpost.co.uk or 0333 090 2080.