SpaceX released new footage showing the Starship upper stage performing a soft ocean landing on July 24, 2026 [2].
The successful descent validates the vehicle's controlled-flight capabilities and is a critical step toward full reusability for future missions. Achieving a soft landing demonstrates that the spacecraft can survive the atmospheric reentry and deceleration phases required to return to Earth.
This event took place during the 13th test flight [1] of the Starship system. The vehicle traveled downrange from the SpaceX Starbase launch site in South Texas before descending over the Atlantic Ocean [2].
To document the landing, the company utilized a combination of drones and a camera mounted on a buoy [1]. This multi-angle approach provided a detailed look at how the upper stage behaved during its final moments of flight. The footage captures the vehicle as it maintains stability while slowing down for the ocean impact [1].
SpaceX is using these test flights to refine the heat shield and flight control software. By executing these maneuvers, the company aims to prove that the upper stage can be recovered and reused, which would significantly lower the cost of transporting cargo and crew to deep space [2].
The Atlantic Ocean landing site served as the target for this specific mission. The data gathered from the buoy-mounted camera and drone footage will be analyzed to improve the precision of future landings, potentially moving from ocean splashes to land-based recovery pads.
“The Starship upper stage performed a soft ocean landing captured by drones and a buoy‑mounted camera.”
The ability to execute a soft landing, even in the ocean, proves that SpaceX can control the massive Starship vehicle during the most volatile part of its flight. This progress moves the company closer to a fully reusable transport system, which is the primary requirement for sustainable lunar and Martian exploration.
