LEO • Active
Orbital Relay
A constellation of low-latency satellites delivering global connectivity from low-Earth orbit.
Now boarding for the 2026 orbital program
Beyond Earth.
Into the infinite.
GalaxyX engineers reusable spacecraft, orbital infrastructure, and interplanetary technology — accelerating humanity's journey to becoming a multiplanetary species.
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About GalaxyX
Engineering the road to the stars
Founded to make life multiplanetary, GalaxyX unites the precision of aerospace engineering with the relentless pace of modern software. Our vertically integrated teams design, build, and fly next-generation launch vehicles from a single campus — iterating in weeks, not decades.
We believe the future belongs to those who build it. That future is written in reusable rockets, orbital habitats, and the quiet hum of engines carrying humanity outward.
Reusable by design
Every stage returns home. Full reusability drives the cost of orbit down by orders of magnitude.
Multiplanetary vision
From low-Earth orbit to the Martian surface, we build the infrastructure of an interplanetary civilization.
Human-rated safety
Triple-redundant avionics and autonomous abort systems certified for crewed flight from day one.
Our Missions
Flights that redraw the map
From near-Earth constellations to the surface of Mars, each program moves us one launch closer to a spacefaring civilization.
Interplanetary • 2027
Red Horizon
The first uncrewed cargo lander bound for Mars, carrying habitat and power infrastructure.
Deep Space • R&D
Voyager Prime
Next-gen ion propulsion research pushing probes deeper into the solar system than ever before.
Technologies
Built from first principles
Every subsystem is designed, machined, and tested in-house — an integrated stack from raw metal to orbital software.
Raptor-X Engines
Full-flow staged combustion running on deep-cryo methalox for maximum specific impulse.
Rapid Reusability
Boosters land, refuel, and refly in under 24 hours with autonomous inspection.
Flight AI
On-board neural guidance computes trajectory corrections thousands of times per second.
Orbital Mesh
Laser-linked satellites forming a resilient, self-healing communications backbone.
Ion Propulsion
High-efficiency electric thrusters extending mission range across the solar system.
Deep Space Net
A ground array delivering command and telemetry across hundreds of millions of kilometers.
By the numbers
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Reflights of a single booster
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Postcards from the frontier
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Join the mission
Whether you're an engineer, a partner, or a future astronaut — tell us how you want to reach orbit.