Engineering Humanoid Robots for Humanity's
Toughest Challenges

Building adaptive humanoid robots that operate in the world's most dangerous environments—so humans don't have to.

Concept
5ft
Height
26
Degrees of Freedom
150lbs
Payload Capacity
40lbs
System Weight

A New Frontier for Safety

Moro Motion's mission is simple: save lives by replacing humans in life-threatening tasks. We are creating the definitive platform for robotics in hazardous environments.

From disaster response and bomb disposal to space exploration, we're building humanoid robots as an adaptable platform that merges human intuition with robotic resilience.

Concept Concept render: GLENN robot near a landmine

GLENN, Today

Not a render — the working prototype in the lab

Current GLENN prototype — custom actuators, drivetrain, and wiring

In the Lab

The current prototype — real actuators, real electronics.

Full-body CAD model of the GLENN humanoid robot

Full-Body Design

The complete 26-DOF platform engineered for a 5 ft, 40 lb frame.

GLENN prototype on its test stand

On the Bench

Iterating on the drivetrain and control stack in the lab.

Built for Extreme Environments

One adaptable platform for humanity's most dangerous work

Bomb Disposal

Safely disarm and manage explosive ordnances from a distance, protecting EOD personnel from life-threatening situations.

Disaster Response

Navigate unstable environments to search, rescue, and deliver aid where human access is impossible or too dangerous.

Hazardous Materials

Handle toxic or radioactive materials without human exposure, ensuring safety in chemical and nuclear facilities.

Space Exploration

Perform maintenance and exploration in extraterrestrial environments where human presence is limited or impossible.

Built by Engineers

A founding team out of Auburn University

Backed by
Auburn Engineering
IS4S — Integrated Solutions for Systems
CyberProtex
Ethar — Spatial Intelligence
New Venture Accelerator

Ready to Learn More About GLENN?

Discover detailed specifications, request a demo, or explore our comprehensive resources