Mirsee Robotics, a Cambridge, Ontario startup, has built 8 prototypes of its third-generation MH3 humanoid and plans to begin mass production in 2027, scaling to thousands of units over three years, according to Interesting Engineering and the company's own site. The wheeled, teleoperated robot lifts 66 pounds (30 kg) per arm, runs up to 10 hours per charge, and can be remotely operated via VR headset and haptic gloves from up to 1,500 kilometers away. Unlike many humanoid rivals, Mirsee deliberately skipped legged locomotion for a wheeled base, prioritizing reliability over "flashy design," according to CEO Tarek Rahim. Eclipse Automation, an established industrial-automation integrator, is already a deployment partner.
Mirsee's choice to skip legged locomotion for a wheeled base, and to ship VR-teleoperated units now instead of waiting on full autonomy, is a concrete data point in the broader physical-AI debate over whether commercial humanoid programs should chase bipedal demos or narrower, teleoperation-first reliability; Mirsee is explicitly betting on the latter.
What happened
Mirsee Robotics, a Cambridge, Ontario company founded in 2017, has built 8 prototypes of its third-generation MH3 humanoid and is testing them ahead of a planned move to mass production in 2027, scaling to thousands of units over the following three years, per Interesting Engineering and the company's own site. The wheeled MH3 can lift 66 pounds (30 kg) per arm, run up to 10 hours on a charge, and offers 31 degrees of freedom for human-like arm and hand movement. It is teleoperated over distances up to 1,500 kilometers using a VR headset and motion-tracking gloves, and it uses an onboard Hadron Vision System built on NVIDIA Jetson processors for stereo perception. Mirsee's own site confirms the 10-hour runtime, 31 degrees of freedom, and wireless charging.
Technical context
Mirsee's CEO, Tarek Rahim, told automation partner Eclipse Automation that the company deliberately passed on legged designs: "We prioritized real-world reliability over flashy design." The MH3's Advanced Mobile Platform uses Mecanum wheels for holonomic movement and supports payloads exceeding 660 pounds (300 kg), trading the visual appeal of bipedal walking for lower power draw and fewer failure modes. Mirsee has also applied its hybrid hydrostatic actuator technology outside the factory, collaborating with Stanford University on MRI-safe surgical robots built entirely from plastic, evidence the underlying hardware platform generalizes beyond industrial arms.
For practitioners
MH3 is a working example of a teleoperation-first go-to-market for physical AI: rather than waiting on full autonomy, Mirsee ships remotely operated hardware today and layers in autonomy incrementally, letting a commercial pilot start while perception and control R&D continue in parallel. Teams evaluating similar systems should note the specific stack choices: Jetson-based embedded stereo vision, an omnidirectional wheeled base chosen over legs for stability and power efficiency, and hot-swappable batteries with wireless charging to hit industrial duty-cycle expectations. Reported specs like per-arm payload and runtime are useful feasibility-study inputs but are not a substitute for independent, site-specific benchmarking.
What to watch
Eclipse Automation, a 25-year industrial-automation integrator, is already a deployment partner, and Mirsee has separately worked with Stanford on surgical robotics, both concrete signs of traction beyond a hardware demo. Eclipse's own account of the partnership dates to October 2025, months before this week's press coverage, suggesting the 2027 mass-production target is a consistent internal plan rather than a one-off announcement, though it remains a target: no independent throughput or mean-time-between-failure data has been published, and one lower-tier industry roundup cited a conflicting 2026 production date that this audit did not corroborate.
Key Points #
- 1Canadian startup Mirsee Robotics has built 8 MH3 humanoid prototypes and targets mass production of thousands of units starting in 2027.
- 2Mirsee chose a wheeled base over legged locomotion and ships VR-teleoperated units now rather than waiting for full autonomy.
- 3Eclipse Automation is already integrating MH3 and Stanford uses its actuator tech, signaling real partnerships beyond a hardware demo.
Scoring Rationale #
Notable for robotics and embodied-AI practitioners: verified specs (10-hour runtime, 31 degrees of freedom, wireless charging) match Mirsee's own site, and the reported 2027 mass-production plan is corroborated independently by automation partner Eclipse Automation's own account, which dates to October 2025. Kept in the notable tier rather than higher because the company remains pre-commercial-scale (8 prototypes, no independent performance benchmarks published), and industrial humanoid claims broadly require field validation before qualifying as major or industry-shaking.
Sources #
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