Mirsee Robotics MH3
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MH3 is a third-generation humanoid robot designed by Mirsee Robotics to augment skilled labor through precise dual-arm manipulation and advanced mobility. It features teleoperation via immersive VR with haptic feedback, enabling operators to perform complex manual tasks remotely in hazardous or labor-intensive environments. MH3 supports up to 27 kg combined arm force, integrates omni-directional mobility for maneuvering in confined spaces, and emphasizes safe human-robot collaboration with force limiting and collision detection. Its design targets industrial, manufacturing, and service sectors, enhancing productivity and reducing physical strain while operating continuously with wireless charging and a 10-hour runtime.
Quick Overview & Key Facts
Mirsee Robotics MH3 is a humanoid robot made by Mirsee Robotics in United Kingdom, launched in 2024 and built for skilled labor augmentation in manufacturing assembly, remote operation in hazardous sites, and precision tool handling. Its estimated price is $250,000 - $350,000. Featured in “Mirsee's MH3 Redefines Hazmat Response with Precision Teleoperation and Extended Runtime”.
- Dimensions
- 170 x 50 x 40 cm
- Weight
- 75 kg
- Mobility
- Legged (bipedal walking)
- Top speed
- 3.5 km/h (0.97 m/s) max walking speed
- Handles
- Tools, packages, precision instruments, human interaction tasks
- Battery runtime
- 10 hours on full charge
- Charging time
- 2 hours (wireless charging supported)
- Sensors
- RGB cameras, stereo cameras, LiDAR, ultrasonic sensors, IMU, gyroscope, force sensors in arms, temperature sensors
- Operating environment
- Indoor and controlled outdoor environments
What Can Mirsee Robotics MH3 Do?
Core operational tasks and activities demonstrated or performed by Mirsee Robotics MH3.
Real-World Applications of Mirsee Robotics MH3
Industries, working environments, and deployment suitability for Mirsee Robotics MH3.
Mirsee Robotics MH3 Capabilities
Inherent physical, perceptual, and cognitive abilities built into Mirsee Robotics MH3.
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Robot Specifications
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Not yet published by Mirsee Robotics: warranty terms, safety certifications, EMC compliance, IP rating, noise level, expected lifespan, maintenance schedule, firmware version and 7 more.
Robot Timeline
Key milestones in this robot's development and rollout
Mirsee Robotics unveils the wheeled MH3 at a Humanoids, AI and Drinks event in Waterloo, Ontario, after eight years of building humanoids.
Source: PR.AI ↗
Mirsee reports two working MH3 units and plans to build six more in 2026 as it moves toward a mass-production model.
Source: CP24 ↗
Mirsee has eight MH3 prototypes in testing and validation and plans to start mass production in 2027.
Source: Interesting Engineering ↗
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Frequently Asked Questions
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Q1. What are MH3's primary capabilities?
MH3 offers advanced dual-arm manipulation with up to 27 kg combined force, 31 degrees of freedom for dexterity, omni-directional mobility, and high-resolution visual input for precise skilled labor tasks.
Q2. How to operate MH3?
MH3 is operated via an immersive virtual reality teleoperation system, allowing skilled technicians to control its movements remotely with haptic feedback for precise manual task execution.
Q3. What is the maximum carrying capacity of MH3?
MH3 can exert up to 27 kg of combined force across both arms, suitable for handling objects and tools within this weight range.
Q4. How long can MH3 operate on a single charge?
MH3 has a runtime of up to 10 hours per charge, supporting extended operation in demanding environments.
Q5. What safety features does MH3 have?
MH3 is certified for safe human interaction, built with durable aluminum 6061, and includes precision control to prevent accidental harm during collaboration.
Q6. How to maintain MH3?
Maintenance involves regular inspection of BLDC motors, gear systems, sensor calibration, software updates, and cleaning to ensure optimal performance and longevity.
Q7. What surfaces can MH3 navigate?
MH3’s omni-directional mobile base allows it to navigate industrial floors, smooth surfaces, and confined spaces typical in manufacturing and infrastructure environments.
Q8. How does MH3 handle obstacles?
MH3 uses advanced sensors and real-time processing with under 100 ms latency to detect and avoid obstacles, ensuring smooth and safe navigation.
Q9. What is MH3's maximum speed?
MH3’s maximum speed is estimated around 1 to 2 km/h, optimized for safe and precise movement in industrial and service settings.
Q10. What are common use cases for MH3?
MH3 is used in manufacturing, industrial automation, infrastructure maintenance, hazardous environment operations, and remote skilled labor augmentation.
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