Published: April 2026
Estimated reading time: 3 minutes
As NASA prepares for humanity’s return to the Moon through the Artemis program, Beyond Gravity is strengthening its position as a key industrial contributor, supplying composite-based structures and highly complex mechanical systems for the Orion spacecraft and future Space Launch System missions.
The announcement highlights how advanced composites manufacturing is becoming increasingly central not only to modern aerospace programs, but also to the infrastructure behind deep-space exploration.
Composite expertise supports a new lunar chapter
For the first time in more than half a century, crewed lunar missions are moving back into focus. While Airbus continues producing the composites-intensive European Service Module (ESM) for Orion on behalf of the European Space Agency, Beyond Gravity is contributing critical hardware that supports both spacecraft power functionality and launch vehicle integration.
Its role is especially significant because these are not secondary parts. They are components tied directly to how Orion receives power, how the spacecraft connects within the launch architecture, and how future Artemis missions are physically enabled.
Key Orion systems supplied for Artemis II
For Artemis II, Beyond Gravity is supplying important elements for Orion’s European Service Module, including the solar array drive mechanisms that deploy and guide the spacecraft’s four solar wings.
These mechanisms perform multiple mission-critical functions:
- deploying the solar arrays after launch
- rotating and tilting the wings to follow the Sun
- transferring generated electrical power to Orion
- positioning cameras for spacecraft inspection
- protecting solar cells during engine operations
- reducing acceleration loads during flight phases
This is not simple motion control. These mechanisms must operate with extreme precision in space conditions, where power generation, thermal exposure, and spacecraft orientation all affect mission performance.
Alexandra Isele, VP mechanical satellites solutions at Beyond Gravity, described the solar array drive mechanisms as among the most complex mechanisms in space, underscoring the level of engineering trust required for such hardware.
Universal stage adapter to play a role in Artemis IV
Beyond Gravity is also producing the universal stage adapter for the Space Launch System, the launch vehicle that carries Orion into space.
The adapter serves as the large structural connector between the launch vehicle and the service module. According to the company, work on this hardware began in 2017 at its Decatur, Alabama facility.
The scale of the structure is substantial:
- Height: 9.9 meters
- Maximum diameter: 8.4 meters
The adapter is expected to be used for the first time on Artemis IV and is being supplied through prime contractor Leidos.
This is an important detail because it shows Beyond Gravity’s Artemis role is not limited to one subsystem or one flight. Its involvement spans both spacecraft-side systems and launch architecture.
From component supplier to long-term program contributor
The broader industrial message is clear: Beyond Gravity is moving deeper into the Artemis supply chain.
Looking ahead, the company says its role will expand further through the supply of additional critical components for future SLS launch vehicles. That positions Beyond Gravity not as a one-off contributor, but as part of the long-term manufacturing base behind the Artemis campaign.
For the composites sector, this matters. Space programs increasingly depend on suppliers that can combine structural composite know-how with production discipline, dimensional precision, and qualification capability. Companies able to meet those standards are no longer just making parts. They are helping define mission architecture.
Composites remain central to next-generation space systems
This development also reflects a broader shift in aerospace manufacturing. Composite materials are now deeply embedded in the logic of modern spacecraft and launch systems because they offer:
- lower structural mass
- high stiffness-to-weight performance
- strong fatigue and corrosion resistance
- design flexibility for demanding geometries
In a program like Artemis, where every kilogram matters and every subsystem must perform across extreme mission environments, those advantages become mission-enabling rather than merely beneficial.
The European Service Module itself is already a strong example of that trend, and Beyond Gravity’s work adds to the growing list of composite-driven contributions supporting lunar exploration.
Editorial perspective
Beyond Gravity’s expanding role in Artemis shows how the return to the Moon is being built not only through national space agencies and prime contractors, but also through a specialized industrial network with deep expertise in advanced materials and high-reliability mechanisms.
Its contributions to Orion’s power systems and the SLS launch structure highlight the kind of supplier capability that will increasingly shape future exploration programs. In practical terms, this is a story about more than one company winning work. It is a reminder that composite manufacturing has become a serious operational pillar in the next era of human spaceflight.