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Mirsee Robotics

MH3

Production
Updated 1 weeks ago
49%
Data Quality

Heavy-duty humanoid with 30kg arm payload and 10-hour runtime. Features IP54 protection, satellite connectivity, and immersive VR teleoperation.

Height
180 cm
Weight
125 kg
DOF
31
Runtime
10 hrs
Max Speed
1.4 m/s
Price
$200,000
IP54Safe with Humans

Pricing

Price History

$200,000
Current Price
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Detailed Specifications

Physical Specifications

Height180 cm
Weight125 kg
Main MaterialAluminum 6061
Country of OriginCanada

Mobility

Total Degrees of Freedom31
DOF per Hand6
Max Walking Speed1.4 m/s

Manipulation

Arm Payload30 kg
Fingers per Hand5

Safety & Protection

IP RatingIP54
Safe with HumansYes

Power

Battery Life10 hours

Compute & AI

Compute PlatformNVIDIA
Operating SystemROS2
LLM IntegrationYes
Latency100 ms

Sensors

Camera Resolution4000x3000

Actuators

Actuator TypeBLDC
Gear TechnologyHarmonic & Planetary

Communication

ConnectivityWiFi, Cellular, Satellite
ROS CompatibleYes

Commercial Information

Price$200,000
AvailabilityAvailable
Target MarketCritical Infrastructure, Industrial
StatusProduction

About MH3

The MH3 from Canadian firm Mirsee Robotics is a rugged industrial humanoid built for heavy-duty manipulation in hazardous or remote environments. Standing 180 cm tall and weighing 125 kg, it is designed to augment skilled labor in sectors like nuclear energy, electrical infrastructure, and oil & gas.

A key capability of the MH3 is its powerful dual-arm system, which can exert a combined force of over 27 kg (60 lbs), significantly higher than many general-purpose humanoids. It features 31 degrees of freedom, including highly dexterous 6-DOF hands, enabling it to use standard human tools and perform complex maintenance tasks.

The robot operates on ROS2 with an NVIDIA-based compute core and offers diverse connectivity (Satellite, Cellular, Wi-Fi) for reliable remote teleoperation. With an IP54 rating and 10-hour runtime, the MH3 is engineered to perform 'dirty, dangerous, or dull' tasks that would otherwise put human workers at risk.

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