Blue Origin and SpaceX hit reusable rocket milestones in one week

Two major aerospace companies have achieved key milestones in reusable rocket technology within days of each other. On 13 November, Blue Origin successfully landed the first stage of its New Glenn rocket, becoming only the second firm to recover an orbital-class booster. Just three days later, SpaceX marked its 500th reflight of an orbital booster with a Falcon 9 launch from California. Blue Origin’s New Glenn rocket completed its first mission on 13 November, lifting off from Florida and returning its first stage to a controlled landing. The company’s CEO, Dave Limp, confirmed plans to reuse this booster for another launch in early 2026. Meanwhile, Blue Origin has been exploring further reusability under Project Jarvis, which aims to develop a reusable second stage for New Glenn.

On 16 November, SpaceX launched a Falcon 9 from Vandenberg Space Force Base, successfully landing its first stage. The mission also marked the 500th time SpaceX had reflown an orbital-class booster, reinforcing its lead in reusable rocket technology. The company’s Starship vehicle, still in development, is designed for even faster turnaround, with the goal of reducing launch costs by a factor of 100. Other firms are advancing similar technology. Rocket Lab is building Neutron, a reusable first-stage rocket set for its first flight in 2026. Stoke Space is working on Nova, a fully reusable two-stage vehicle, with test flights expected as early as next year. In China, multiple companies are preparing test flights of their own reusable orbital boosters. Industry experts suggest that full reusability could unlock new markets, including microgravity manufacturing and space-based solar power. As competition grows, the cost and frequency of space launches may drop significantly in the coming years.

The recent achievements by Blue Origin and SpaceX highlight rapid progress in reusable rocket systems. With multiple companies now testing reusable boosters, the technology is expected to lower launch costs and enable more frequent missions. Further developments, such as reusable second stages, could expand commercial opportunities in space even further.