MenteeBot (Mentee Robotics)
| Feature | Details |
|---|---|
| Robot Name | MenteeBot V3.0 |
| Company | Mentee Robotics | Israel |
| Height | 175 cm / 5'9" |
| Weight | 70 kg / 154 lbs |
| Walking Speed | 1.5 m/s / 5.4 km/h |
| Battery Life | 3+ hours (hot-swappable battery system for 24/7 operation) |
| Key Capabilities | 40 degrees of freedom, 25 kg payload capacity, 30 N pinch force per finger, 360° vision with fisheye cameras, custom actuators with 3x more power than competitors |
| Primary Applications | Industrial automation, logistics, warehousing, household assistance, healthcare support, manufacturing |
| Availability | Prototype (production-ready expected Q1 2025) |
| Notable Features | AI-first design with LLM integration, NeRF-based real-time 3D mapping, Sim2Real machine learning, natural language understanding, proprietary electric motors |
Note: Details may not be current or accurate.
MenteeBot
MenteeBot represents a groundbreaking AI-first approach to humanoid robotics, developed by Israeli startup Mentee Robotics and founded by renowned AI experts including Prof. Amnon Shashua (Mobileye founder). Standing 175 cm tall, the latest V3.0 iteration features custom-built actuators delivering three times more power than competitors, enhanced torso mobility, and revolutionary hand design with 30 Newton-meters of pinch force per finger. The robot integrates advanced AI across all operational layers, utilizing Large Language Models for natural language understanding, NeRF-based algorithms for real-time 3D mapping, and Sim2Real machine learning for lifelike locomotion. With 40 degrees of freedom and 25 kg payload capacity, MenteeBot excels in both household and industrial applications, featuring hot-swappable batteries for continuous operation and 360-degree situational awareness through fisheye cameras. The system's end-to-end capabilities enable complex task completion from verbal commands to execution, positioning it as a versatile platform for the future of human-robot collaboration in domestic and professional environments.