Aviation News – The U.S. Air Force has launched Project Able Baker, an initiative to convert retired offshore oil platforms into landing sites for reusable heavy rocket boosters. The project aims to expand launch and recovery capacity for the U.S. Space Force and commercial space companies while reducing costs and environmental impact.   The initiative comes as traditional launch facilities such as Vandenberg Space Force Base and Cape Canaveral face increasing congestion due to growing demand for space launches.

A SpaceX rocket, measuring 52 metres in length, was successfully recovered off the coast of Christmas Island after splashing down in the Indian Ocean. The event, which occurred approximately 24 days after the initial landing, drew significant attention from locals who gathered along the rugged coastline to witness the retrieval process. The rocket, part of SpaceX's Starship program, was towed to shore by a team of engineers and is now being analyzed for potential reuse. This incident highlights the growing presence of space debris in remote regions, with similar occurrences noted in 2023 when an Indian satellite component washed ashore near Perth and in 1979 when NASA's Skylab space station fragments landed in Western Australia. The SpaceX team plans to conduct further analysis before attempting to return the vehicle to Starbase for refurbishment. Locals expressed excitement at the rare sight of such a massive object, with photographers capturing the event from unique perspectives. The incident underscores the challenges of managing space debris and the importance of international cooperation in addressing orbital waste.

Elon Musk’s SpaceX rocket Ship 40, a prototype of the reusable rockets being developed by the company, was towed to Christmas Island’s protected bays after floating in the Indian Ocean since late July. The rocket splashed down during a test flight but did not sink as expected, prompting a salvage operation. SpaceX announced in July that a ship was sent to recover the rocket, which has since been tracked by space enthusiasts. The 52m-long spacecraft is now safely at Christmas Island, with a 500m exclusion zone established around it and the support vessels. While the recovery vessels are towing the rocket at one knot, it would take over a year to reach the US. The event has sparked excitement in the island community, with locals like David Watchorn, owner of a dive store and chair of the Christmas Island Tourism Association, hoping the rocket’s arrival will boost the island’s international profile. Watchorn believes the rocket’s eventual placement in a museum will place Christmas Island on the world stage as a key site in space travel history. The salvage operation highlights SpaceX’s ongoing efforts to recover the starship from the ocean, despite challenging conditions and rough seas.

China takes a bold leap in space exploration with its first reusable rocket! 🚀 What does this mean for the future? #SpaceTech #China #RocketRecovery

China takes a bold leap in space exploration with its first reusable rocket! 🚀 What does this mean for the future? #SpaceTech #China #RocketRecovery

On July 10, 2026, China marked a significant milestone in its space program with the successful launch and recovery of the CZ-10B rocket's first stage. Developed by the China Aerospace Science and Technology Corp (CASC), this achievement makes China the second country after the United States to recover an orbital rocket stage, showcasing advancements in reusable space technology. The CZ-10B, a commercial variant of the CZ-10A, features a methane-fueled second stage and a unique cable-based recovery system, eliminating the need for a heavy landing gear. This innovation reduces complexity and cost, positioning China as a competitive player in the global space race. The recovery process involved a specialized vessel deploying four retractable hooks to secure the stage, a method pioneered by China. This success underscores China's growing capabilities in reusable rocket technology, with plans to launch the heavier CZ-10 rocket by 2027 for lunar missions. The achievement also highlights the rivalry between state-run entities like CALT and SAST, as well as private companies like LandSpace, which previously failed in similar attempts. The CZ-10B's role in deploying megaconstellations and its potential for future lunar missions signal a major leap in China's space ambitions, solidifying its position as a leader in space exploration.

Japan’s NYK and MOL are building next-generation ships for offshore rocket recovery, teaming with aerospace and engineering partners to tap into the fast-growing #SpaceLogistics market. #NYK #MOL #Shipping #Maritime #RocketRecovery

On April 19, 2026, SpaceX successfully launched a Falcon 9 rocket from Vandenberg's SLC-4E, carrying 25 Starlink v2 satellites in mission Starlink Group 17-22. The booster, B1097, completed its eighth flight and safely landed on the OCISLY drone ship in the Pacific. This mission marked the 600th successful landing of a Falcon 9 first stage—a remarkable milestone in reusable rocketry, reflecting SpaceX's rapid operational cadence and reliability. In parallel, Blue Origin achieved significant progress with its New Glenn rocket, recovering a first stage for the second time. SpaceX also retired the JRTI drone ship after 156 first stage recoveries; JRTI will now be repurposed for transporting Starships and Super Heavy boosters. This milestone highlights SpaceX's role in revolutionizing orbital launch operations and stage recovery, demonstrating high reliability, reuse, and efficiency compared to competitors. The article also details the history and evolution of SpaceX's drone ships, from JRTI's early modifications of Marmac vessels to the current fleet including OCISLY and ASOG.

Welcome to Edition 8.04 of the Rocket Report! The Pentagon's Golden Dome missile defense shield will be a lot of things. Along with new sensors, command and control systems, and satellites, Golden Dome...

The test was conducted alongside a maximum dynamic pressure escape flight test of the Mengzhou crewed spacecraft system.