The MenteeBot V3.0 is Powered by Two Jetson Orin AGX Units
Michael Hemsworth — February 25, 2025 — Tech
The MenteeBot V3.0 humanoid robot has unveiled by Mentee Robotics as its latest solution that aims to elevate capabilities for companies and operators alike. The robot stands at 1.75-meters in height and is powered by two Jetson Orin AGX computing units that will support its ability to perform a wide variety of everyday tasks. The robot is rated to support carrying payloads up to 25-kilograms in weight, while also featuring custom-built actuators and head-mounted sensors.
The MenteeBot V3.0 humanoid robot can walk at speeds up to 1.5-meters-per-second and is also equipped with a fisheye side camera and a rear camera that gather data for better situational awareness. The robot has a backpack-style battery that can be easily swapped out to provide more than three-hours of operation per pack.
The MenteeBot V3.0 humanoid robot can walk at speeds up to 1.5-meters-per-second and is also equipped with a fisheye side camera and a rear camera that gather data for better situational awareness. The robot has a backpack-style battery that can be easily swapped out to provide more than three-hours of operation per pack.
Trend Themes
1. Swappable Battery Technology - The introduction of swappable batteries in humanoid robots presents an opportunity for extended operational time without downtime across various applications.
2. Advanced Sensor Integration - Enhanced sensor systems in robots, like fisheye and rear cameras, facilitate improved situational awareness, paving the way for more autonomous operations.
3. High-performance Computing in Robotics - Utilizing dual Jetson Orin AGX units in robotics signifies a trend towards more powerful processing abilities for complex task execution.
Industry Implications
1. Robotics and Automation - The evolution of humanoid robots with advanced features marks a growing alignment with automation trends in industries seeking increased efficiency.
2. Battery Technology - Innovations such as easily swappable batteries indicate a shift in energy solutions specifically tailored for longer and more versatile robotic applications.
3. Artificial Intelligence - Incorporating high-performance computing in robots is increasingly critical for the development of AI systems capable of learning and decision-making on the fly.
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