- Research & Education: Open-source platform for AI and robotics development.
- Industrial Automation: Agile humanoid for assembly, inspection, and logistics.
- Service Robotics: Supports interactive assistance in homes, offices, and public spaces.
- Commercial Applications: Adaptable for customer service and operational tasks.
- Human-Robot Interaction: Enables natural communication and collaboration.
The EngineAI PM01 humanoid robot is a next-generation, cost-effective bipedal robot designed for AI research, robotics development, and real-world applications. Developed by EngineAI, the PM01 stands out as one of the most affordable full-capability humanoid robots on the market, making advanced robotics accessible to labs, universities, and commercial innovators.
Standing at 138 cm tall and weighing approximately 40 kg, the PM01 features a highly dynamic structure with 23–24 degrees of freedom (DoF), enabling smooth, human-like walking and agile movement. Its advanced actuator system delivers powerful torque and precision control, allowing the robot to perform complex motions—including running and even acrobatic demonstrations like front flips.
The robot is powered by a dual computing architecture (Intel + NVIDIA Jetson), supporting real-time AI processing, computer vision, and reinforcement learning. With full ROS compatibility and open-source architecture, developers can easily customize behavior, integrate AI models, and accelerate robotics innovation.
Equipped with LiDAR, depth cameras, and advanced sensors, the PM01 can navigate autonomously using SLAM mapping and obstacle avoidance, making it suitable for both indoor and semi-structured environments.
Whether used in research labs, education, automation testing, or smart robotics development, the EngineAI PM01 is a powerful and flexible humanoid platform that combines performance, affordability, and open innovation.
EngineAI PM01 stands 138 cm tall, weighs about 40 kg, and features 24 degrees of freedom including 5 DoF per arm and 6 DoF per leg, plus a 320° rotating waist. Its aluminum alloy exoskeleton ensures durability with lightweight design. The robot’s actuators deliver high torque and precise control for smooth, energy-efficient movements. Sensor systems include stereo depth cameras, LiDAR, and multiple HD cameras for 3D environment mapping and obstacle avoidance. The chest-mounted touchscreen enables intuitive user interaction. PM01’s modular design supports hardware expansion and software customization through ROS and open-source frameworks.
Connectivity
- WiFi (2.4 GHz and 5 GHz)
- Ethernet and USB ports
- Touchscreen interface
- Cloud connectivity for updates and remote monitoring.
Capabilities
- Natural, fluid bipedal walking up to 2 m/s speed
- 320° waist rotation for enhanced flexibility
- Precise manipulation with 24 DoF and high-torque joints
- Real-time 3D perception and adaptive path planning
- Interactive touchscreen and voice command support
- Open-source AI framework with ROS compatibility
- Modular hardware for diverse research and commercial tasks.