KORTHOS / ECOSYSTEM / PRODUCT

MenteeBot

About

About MenteeBot

MenteeBot is a 1.75 m, 70 kg humanoid with 40 degrees of freedom, a maximum walking speed of 1.5 m/s and stated carrying capacity of up to 25 kg. Mentee develops its actuators, onboard sensors, electronics and communications as one integrated platform, with redundant edge compute supporting perception, locomotion and manipulation inside the robot. Its Real2Sim2Real workflow reconstructs an environment from onboard vision, trains or adapts behaviour in simulation and transfers the result back to the physical machine.

Language and vision models translate an operator’s request into task structure, while lower-level learned controllers execute walking and manipulation. In an unedited warehouse demonstration, two V3 robots autonomously moved 32 boxes from eight piles to storage racks over 18 minutes. Mentee Robotics is now part of Mobileye and operates under the Mentee by Mobileye identity.

07 JAN 2026

Mobileye agrees to acquire Mentee Robotics for $900 million

Capabilities

Source-backed capabilities

  • Operating environments: Warehouse-style company demonstration
  • Control modes: Autonomous
  • Material handling

    Demonstrated - Transfer 32 boxes from eight piles to four flow racks with two robots. - environment: Warehouse-style company demonstration

    Source

Timeline

  • Mentee Robotics demonstrates two V3 robots moving warehouse boxes

    2025-11-24 - Demonstration - Two MenteeBot V3 units moved 32 boxes from eight uneven piles to four storage racks. The robots picked from changing pile heights and carried boxes through a shared workspace without colliding.

    Source

Context

Market context

MenteeBot is Mentee Robotics general-purpose AI humanoid combining vision, language and action models for task execution in human environments.

  • Target environment: Homes, research labs and structured indoor environments.
  • Workflow context: General-purpose task execution using embodied AI models for perception, language understanding and physical action.
  • Customer context: AI researchers, developers and early adopters exploring general-purpose humanoid platforms.
  • Deployment model: Development-stage AI-first humanoid platform.
  • Commercial maturity: Early-stage AI-led humanoid platform with strong software positioning.
  • Adoption constraints: General-purpose home humanoid operation is still emerging. AI model reliability across varied tasks is the main constraint.
  • Market position: One of the more software-led humanoid approaches, positioning embodied AI models as the primary differentiator rather than purely mechanical capability.
  • Adjacent products: Figure 03, home service humanoids

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