Ontario Based Mirsee Robotics Accelerates Mass Production Plans for MH3 Humanoid Warehouse Workers

Mirsee Robotics is set to mass-produce MH3 humanoid robots in Ontario by 2027. Learn how these AI-powered machines are transforming warehouse and factory labor.

By: AXL Media

Published: Mar 7, 2026, 5:25 AM EST

Source: The information in this article was sourced from BNN Bloomberg

The Competitive Landscape of Humanoid Industrial Robotics

The global race to deploy AI-driven humanoid workers is intensifying as Canadian firms strive to keep pace with rapid developments in the Eastern tech sector. Tarek Rahim, CEO of Mirsee Robotics, notes that Chinese competitors such as Unitree are currently delivering machines with "incredible performance," recently demonstrating robots capable of complex physical maneuvers like kung fu. While these viral displays highlight the agility of bipedal designs, Mirsee has opted for a wheeled configuration for its MH3 model to prioritize battery longevity and structural stability. This design philosophy focuses on the practical rigors of a warehouse environment rather than the aesthetic mimicry of human movement.

Technical Specifications of the MH3 Humanoid

Mirsee's third-generation robot represents a significant leap in domestic engineering, with all major components, including the battery systems, manufactured in Ontario. The MH3 features a sophisticated Canadian-made vision system that allows it to identify, pick up, and relocate objects with precision. During recent demonstrations, the robot successfully navigated industrial tasks that Rahim describes as technically challenging despite their apparent simplicity. To further enhance its utility, the team is currently integrating voice-responsive AI capabilities, allowing the machines to understand and execute complex verbal commands within a loud factory setting.

Addressing the Economics of High Turnover Labor

The strategic deployment of the MH3 is aimed directly at industrial roles characterized by low pay and high employee turnover. These "dull" and physically demanding jobs in logistics and material handling are increasingly difficult for human managers to staff consistently. By introducing humanoid laborers that do not suffer from fatigue or boredom, Mirsee aims to lower the long-term cost of goods and services. Rahim suggests that the integration of "ChatGPT-like intelligence" into a humanoid body will eventually allow these machines to perform almost any repetitive manual task currently handled by human workers in the manufacturing sector.