Overview
H11 MAGORB is a system-level humanoid robotics architecture that replaces distributed geared actuator chains with coordinated magnetic orbital joints and a resilient optical control network.
H11 Systems
Sovereign gearless humanoid architecture
H11 MAGORB™
A lighter, quieter humanoid platform without conventional gear trains.
MAGORB scales the H11 magnetic-orbital joint concept into a coordinated humanoid architecture with optical signal isolation, multi-axis motion, and magnetic holding states.
Humanoid-scale coordination beyond a single joint
Optical control pathway for interference resilience
Gearless motion architecture with reduced wear points
System Overview
H11 MAGORB™ in context.
What It Does
It coordinates sensing, balance, trajectory planning, joint actuation, and holding across a humanoid body while reducing mechanical part count and isolating control data from electromagnetic interference.
How It Works
Sensor fusion establishes body state, an optical nerve bus carries commands to a motion governor, the governor synchronizes magnetic joint nodes across pitch, yaw, and roll, and passive magnetic locking maintains selected poses with minimal holding power.
Capabilities
Operational strengths built into the platform.
This public profile presents the system's capability direction while confidential operating logic and implementation architecture remain protected.
Coordinated multi-axis humanoid motion
Optically isolated control communications
Gearless magnetic-orbital actuation
Variable torque and speed profiles
Low-wear joint architecture
Scalable joint mesh from prosthetics to heavy robotics
Autonomy stack
Integrated with the rest of the H11 stack.
Body-state sensing and balance estimation
Plastic optical-fiber nervous system
Central trajectory and torque governor
Distributed magnetic orbital joint mesh
Magnetic pose lock and fault isolation
Applications
Where this system fits.
Humanoid service robotics
Advanced prosthetics
Aerospace and rover systems
Clean-room industrial automation
Remote hazardous-environment operations