Defense · Robotics · AI · Labs
A trained state of excellence.
We design, build, and test autonomous systems for defense (drones, ground robots, spacecraft, and the AI and software that run them) in our own labs and on our own production floor.

Hexis Dynamics
An American company.
Systems
Three domains. One standard.
Uncrewed systems that see, decide, and act, in the air, on land, and in orbit.
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Air
Drones
Uncrewed aircraft, from small multirotors to long-endurance fixed wing, built to fly together and to keep working when the link goes dark.
Drones
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Land
Ground robotics
Robots and autonomous vehicles that carry the load, scout ahead, and go first into ground that is not safe for people.
Ground robotics
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Orbit
Space
Small satellites and payloads for sensing and for communication links that stay up when others go down.
Space
Propulsion
Power we design, build, and test ourselves.
Engines decide what a machine can do: how far, how fast, how long. So we design and test our own: turbine, electric, and hybrid.
Propulsion
We build our own engines. Full thrust.
AI & software
Trained to decide.
Every Hexis system runs AI and software we write ourselves, from the code on board to the screen in front of the operator.
Explore softwareManufacturing
Designed here. Built here.
From the first drawing to the field, the whole loop stays under one roof. Short loops build better machines.
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01/ 05
Design
Requirements become drawings, models, and simulations.
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02/ 05
Machine
We cut our own parts, so a design change becomes a new part fast.
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03/ 05
Assemble
Electronics, structures, and harnesses come together on our own line.
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04/ 05
Test
Every system is proven on the bench and in the open before it ships.
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05/ 05
Field
Systems go out with the engineers who built them, and come back better.
Hexis Labs
Where the next system starts.
Our research arm works on the problems that decide what machines can do in five years: autonomy, perception, materials, and energy.
Explore Labs
Careers
Build what holds.
We hire engineers who want hard problems and real hardware: AI and software, embedded systems, mechanical, propulsion, and manufacturing.
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