Blue Origin Accelerates New Glenn Production to Support Ambitious Space Initiatives

Blue Origin is demonstrating a robust production process for its New Glenn heavy-lift rocket at its Space Coast facilities, according to CEO Dave Limp. The company is currently working on multiple second-stage rockets at different assembly stages as it aims to increase its launch frequency following two successful missions in 2025 and an anticipated launch early in 2026.

The ramp-up in launch activity is important for New Glenn, especially as the company plans to establish an orbital data center constellation. Currently, at least two New Glenn second stages are undergoing final integration, complete with their insulation blankets, while complete tank sections for an additional four stages are on-site, awaiting insulation. Further components such as bulkheads and barrel sections suggest the potential for yet another stage under construction. In total, there are visible signs of up to seven second stages in various stages of production, with possibly more in earlier assembly phases.

In addition to the second stages, first-stage components are also being manufactured. This includes a booster aft module and a forward module currently being outfitted. This surge in production follows the recent static fire test of the fifth New Glenn second stage, indicating that Blue Origin is proactively advancing its manufacturing capabilities well beyond its immediate launch needs. While the first stage has a lower production requirement compared to the second stage, current progress shows a significant increase in overall output.

Blue Origin’s next mission, designated New Glenn-3 (NG-3), is set to launch from Cape Canaveral Space Force Station in the coming weeks, contingent on a successful static fire test. This upcoming flight will also mark the first reuse of a New Glenn booster; the first stage from the second flight, called “Never Tell Me The Odds,” will be reused after its initial successful deployment of NASA’s ESCAPADE Mars probes in November 2025. The payload for this mission will be AST SpaceMobile’s advanced Block 2 BlueBird satellite, which is aimed at enhancing direct-to-cellphone broadband service from low Earth orbit.

Beyond the immediate mission, Blue Origin is already gearing up for future flights, with a third New Glenn booster well into production. Limp shared visuals showcasing the assembly of seven BE-4 engines ready for installation at the Space Coast facilities. This unnamed booster will help support an expanding launch schedule, allowing Blue Origin to keep up its production pace while maintaining manageable needs for reusable boosters compared to the second stages.

This significant ramp-up in manufacturing is essential for Blue Origin’s ambitious plans that extend beyond New Glenn. The company is also working on a low-Earth-orbit space station, lunar landers for both crewed and uncrewed missions, a multi-purpose spacecraft for scientific applications, and a satellite internet constellation. Recently, Blue Origin introduced an additional project, named Project Sunrise, which involves the creation of a megaconstellation of orbital data centers—an endeavor echoing similar interests from competitors like SpaceX.

In a recent application to the Federal Communications Commission, Blue Origin sought approval to deploy up to 51,600 satellites positioned in sun-synchronous orbits ranging from 500 to 1,800 kilometers in altitude. These satellites are expected to use optical communications and Ka-band antennas for both data delivery and mission control.

The thrust behind this initiative highlights the notion that space-based AI data centers could alleviate physical constraints and energy demands faced by terrestrial data centers. The company is also requesting exemptions from typical megaconstellation regulations, such as the requirement to launch half of the constellation within six years of receiving authorization and the rest within a subsequent three-year period.