Humanoid Database
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MH3
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SUMMARY:
MH3 is a full‑size Canadian‑built humanoid robot developed by Mirsee Robotics for skilled‑labor augmentation, remote operation, and safe industrial collaboration. It features 31 degrees of freedom, 10‑hour runtime, wireless charging, best‑in‑class hands and arms, and remote teleoperation with AI‑assisted control.
EDITORIAL:
Mirsee’s MH3 represents a practical, deployment‑first philosophy in humanoid robotics. Instead of chasing acrobatics or general AI autonomy, Mirsee focuses on real industrial jobs where human dexterity is needed but human presence is unsafe or inefficient.
MH3’s defining traits are:
- Teleoperation‑first design with immersive VR + haptic feedback
- High‑precision dual‑arm manipulation (up to 27 kg combined arm force)
- 10‑hour continuous runtime with wireless charging
- Inherently stable mobile base for industrial floors
- AI‑assisted behaviors for semi‑autonomous task execution
This makes MH3 a workhorse humanoid, not a research prototype—built for manufacturing, hazardous environments, and skilled‑task augmentation.
SPECIFICATIONS:
Dimensions & Build
Mirsee has not published height/weight, but confirmed:
- Form: Full humanoid
- Generation: Third‑generation platform (MH1 → MH2 → MH3)
- Build: Industrial‑grade frame, high‑strength arms
- Country: Canada
Mobility
- Locomotion: Mobile base (inherently stable)
- Base type: High‑payload mobile platform
- Features:
- Power‑off brakes
- Safe industrial navigation
- Designed for confined spaces
Degrees of Freedom
- 31 DOF total
- Best‑in‑class arms and hands (Mirsee’s claim)
Actuation & Manipulation
- Combined arm force: Up to 27 kg (≈60 lb)
- Use cases:
- Skilled manipulation
- Industrial handling
- Hazardous‑environment tasks
- Safety:
- Force limiting
- Collision detection
- Human‑robot collaboration compliant
Perception & Sensors
Mirsee has not published a full sensor list, but confirmed capabilities include:
- Vision system for teleoperation
- Safety‑rated collision detection
- Force sensing for manipulation
- Environmental awareness for industrial floors
Compute & AI
- Control modes:
- Full teleoperation (VR + haptics)
- AI‑assisted behaviors
- AI role:
- Task support
- Safety monitoring
- Semi‑autonomous execution
Battery & Power
- Runtime: 10 hours
- Charging: Wireless charging
- Power‑off brakes: Yes
Connectivity
- Remote teleoperation link
- Industrial network compatibility (not fully published)
Applications
- Manufacturing
- Industrial manipulation
- Hazardous‑environment operations
- Skilled‑labor augmentation
- Remote operation in unsafe areas
Pricing
- Unknown
WHAT MIRSEE HAS NOT PUBLISHED
- Height
- Weight
- Full sensor suite
- Torque values
- Joint speeds
- IP/environmental rating
- Compute hardware details
Image: Mirsee Robotics
COMPANY SOURCE
KEY COVERAGE
https://www.youtube.com/shorts/X5ciKt0Vh2Y