Proven Under Pressure, Trusted in Space
When your mission demands precision in the harshest environments, whether deep underwater or in the vacuum of space, you need technology that will not fail. Our space solutions are built on decades of subsea engineering expertise, adapted to meet the extreme challenges of space. You benefit from field-proven, modular systems designed for durability, adaptability, and mission readiness. Whether you're operating below the surface or beyond Earth's atmosphere, our robotic interface systems and end effectors help you achieve your goals with confidence.
Connecting Payloads, Tools, and Possibilities with Flight-Certified Hardware and Softgoods
Crew Module Uprighting System (CMUS)
Developed for NASA’s Orion program and successfully demonstrated during the Artemis I mission, the CMUS plays a critical role in post-splashdown recovery. Upon water impact, five independently operating flotation bags inflate using pressurized helium to quickly right the crew capsule, ensuring it remains upright and stable. This system is essential for enabling safe and efficient astronaut egress following ocean landings.
General-Purpose Oceaneering Latching Device (GOLD-2)
Flight-proven and operating at Technology Readiness Level (TRL) 9, GOLD-2 is the standard interface for external payloads on the International Space Station (ISS), including NanoRacks Airlock Bartolomeo. With over 20 units in orbit, this scalable latching system delivers reliable mechanical, electrical, and data connectivity and is ready for deployment in Low Earth Orbit (LEO), Geostationary Earth Orbit (GEO), and Cislunar missions.
Tool Changer and Common Receptacle Subassembly
Originally developed for the Defense Advanced Research Projects Agency’s (DARPA) Robotic Servicing of Geosynchronous Satellites (RSGS) program, the Tool Changer and Common Receptacle Subassembly enables reliable, repeatable tool and sensor attachment in orbit. Built for robotic systems, it ensures durable electrical and mechanical connections, and is ideal for servicing, assembly, and inspection in geosynchronous orbit and beyond.
Supporting ISAM Operations
Our flight-certified hardware supports the future of in-space servicing, assembly, and manufacturing (ISAM) by enabling precise, repeatable operations in orbit. Our flight-proven systems including tool changers, latching devices, and modular end effectors are engineered for durability and adaptability across servicing, inspection, and assembly tasks.
Delivering Mechanical, Electrical, and Data Connectivity
Whether supporting satellite maintenance in geosynchronous orbit or enabling autonomous payload integration in cislunar space, our technologies deliver reliable mechanical, electrical, and data connectivity. With roots in subsea robotics and spaceflight heritage, we help advance ISAM capabilities that extend mission life, reduce risk, and unlock new possibilities for orbital infrastructure.
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