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.

A large American flag hanging from a steel work platform in a tall assembly hall

Hexis Dynamics

An American company.

  • United States
  • Founded 2025

Systems

Three domains. One standard.

Uncrewed systems that see, decide, and act, in the air, on land, and in orbit.

  • 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.

    • Swarming
    • Reconnaissance
    • Vertical take-off
    A heavy-lift drone in flight, with a large sensor pod below it
    Drones
  • Land

    Ground robotics

    Robots and autonomous vehicles that carry the load, scout ahead, and go first into ground that is not safe for people.

    • Logistics
    • Reconnaissance
    • Teleoperation
    A wheeled ground robot with a camera mast in a modern hall
    Ground robotics
  • Orbit

    Space

    Small satellites and payloads for sensing and for communication links that stay up when others go down.

    • Earth observation
    • Communications
    • Small satellites
    Three small satellites just released into orbit, above the thin blue line of the Earth’s atmosphere
    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
A jet engine, its nozzle pointing at the headline

We build our own engines. Full thrust.

Two engineers with headsets watching flight data on the screens of a flight control room

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.

  • Autonomy
  • Perception
  • Mission software
  • Simulation
Explore software

Manufacturing

Designed here. Built here.

From the first drawing to the field, the whole loop stays under one roof. Short loops build better machines.

  1. Two machined metal parts on engineering drawings

    01/ 05

    Design

    Requirements become drawings, models, and simulations.

  2. A milling machine cutting a precision metal part

    02/ 05

    Machine

    We cut our own parts, so a design change becomes a new part fast.

  3. An automated machine working over a circuit board

    03/ 05

    Assemble

    Electronics, structures, and harnesses come together on our own line.

  4. A model aircraft mounted in a wind tunnel test section

    04/ 05

    Test

    Every system is proven on the bench and in the open before it ships.

  5. Aerial view of desert dunes in low light

    05/ 05

    Field

    Systems go out with the engineers who built them, and come back better.

Manufacturing

A research lab bench crowded with instruments, cables, and computer screens

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.

  • Autonomy & AI
  • Perception
  • Materials
  • Energy
Explore Labs
An engineer soldering a circuit board under a work lamp

Careers

Build what holds.

We hire engineers who want hard problems and real hardware: AI and software, embedded systems, mechanical, propulsion, and manufacturing.

See careers