Orbital data centers
Compute in orbit. With vacuum cooling, proximity to satellite constellations, and freedom from terrestrial limits, orbital data centers unlock a new class of infrastructure: high-performance computing powered directly in space.
Beyond Reach Labs™ builds deployable solar arrays that deliver orders-of-magnitude more power per launch, bringing scalable energy to the places in space that need it most.
SCHEDULE CONSULTATION
Beyond Reach Labs is solving the energy challenges
blocking the next generation of space infrastructure.
As solar arrays get longer, their first bending mode frequency drops, making them susceptible to vibrations that interfere with spacecraft pointing and control. Traditional designs hit a wall: build stiffer (heavier) or build shorter (less power).
Compute in orbit. With vacuum cooling, proximity to satellite constellations, and freedom from terrestrial limits, orbital data centers unlock a new class of infrastructure: high-performance computing powered directly in space.
A new generation of orbital platforms is emerging: research labs, manufacturing facilities, and destinations for human presence beyond Earth. Reliable, high-capacity power enables these stations to operate and scale sustainably.
Permanent lunar operations require resilient energy systems. Powering life support, ISRU, and scientific exploration demands architecture capable of sustaining activity through the Moon's long nights and harsh conditions.
PhD from Carnegie Mellon University. Industry and academic experience in both robotics and aerospace applications with expertise in design of mechanical meta-materials and mechanisms.
7 years at SpaceX leading the Dragon parachute systems team. Deep expertise in deployment mechanisms, reliability engineering, and human-rated space hardware.
Former Chief Scientist of Space Vehicles Directorate and Principal Scientist leading AFRL In-space Servicing, Assembly & Manufacturing. Program Manager for the TacSat-3/ARTEMIS mission.
Assistant Professor in the Department of Aeronautics & Astronautics at MIT and Principal Investigator of the Robotic Exploration Lab (REx Lab).
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Whether you're planning a mission, evaluating technology options, or exploring partnership opportunities, we'd like to hear from you.
