SpaceX conducted the 15th test flight of its Starship megarocket on Saturday with the goal of pulling off a historic double-catch recovery. While the upper section safely completed its return from orbit to the launch tower, the lower booster experienced an in-flight malfunction. That failure prompted an automated abort procedure, causing the booster to explode over the ocean instead of landing intact.
SpaceX’s Starship returns to launch pad from orbit – video
The top part of SpaceX’s megarocket Starship returned to its Texas launch tower on Saturday, a milestone in the company’s efforts to make the craft suitable for human spaceflight. Starship’s 15th test flight was envisioned as a historic double-catch mission, where all parts of the rocket would be returned intact, but the lower booster section malfunctioned and activated an automated abort, exploding over the ocean
Inquiries into historical lunar equipment have brought attention to the inclusion of explosive launch devices on select lunar surface expeditions. Understanding the operational purpose of these specialized tools provides critical context on the scientific techniques deployed during deep-space exploration. These inquiries help shed light on the rigorous methods researchers used to study lunar geology.
The milestone test flight in Texas brought SpaceX closer to its deep-space ambitions by successfully capturing a returning spacecraft using massive mechanical launch tower arms. Industry executives and space agency leaders praised the technical achievement, which supports critical hardware development for upcoming crewed missions to the Moon and Mars. However, recovery operations were not fully realized after an explosion claimed the first-stage booster earlier in the mission.
India has expanded its scientific and educational infrastructure with the launch of its first-ever LED dome planetarium, situated on the University of Mysore's campus. Developed through a partnership with the Indian Institute of Astrophysics, the state-of-the-art facility replaces traditional projector systems with direct LED screens to render real-time observatory data. The initiative aims to dramatically elevate public engagement with space science and boost nationwide astronomy education.