RealBOT – Embodied AI Humanoid Robot Platform
The RealBOT is an advanced embodied AI humanoid robot platform developed for research, AI training, teleoperation, and intelligent automation applications. Designed with a modular architecture, the system combines a wheeled mobile base with a humanoid upper body, enabling flexible deployment across research laboratories, industrial environments, education, and service robotics applications.
Equipped with multi-sensor fusion technology including depth cameras, fisheye cameras, LiDAR, IMUs, and optional tactile sensing, RealBOT enables autonomous navigation, obstacle detection, object recognition, gesture interaction, and high-precision manipulation tasks. Its compact body design allows operation in narrow indoor environments while maintaining excellent mobility and maneuverability.
With 21 active degrees of freedom and support for dexterous hands or adaptive grippers, the platform is optimized for embodied AI development, data collection, teleoperation, human-robot interaction, and autonomous robotic research. The open ecosystem architecture supports integration with ROS, AI computing platforms, vision systems, and robotic accessories.
Technical data
- Robot type: Embodied AI humanoid robot platform
- Dimensions: approx. 570 × 465 × 1680 mm
- Weight: approx. 125 kg
- Degrees of freedom: 21 active DoF
- Payload per arm: up to 5 kg
- Vertical reach: approx. 2100 mm
- Horizontal reach: approx. 1818 mm
- Movement speed: 0.1 – 1.5 m/s
- Navigation system: LiDAR, depth cameras, fisheye cameras, IMU
- Vision system: Stereo depth / RGB cameras
- Wide-angle cameras: 3 × 130° FOV
- LiDAR range: up to 40 m
- Voice module: Optional 6-microphone array
- Battery capacity: 40 Ah
- Charging time: approx. 2 hours
- Control interfaces: ROS compatibility, AI platform integration, remote operation support
- Applications: AI training, teleoperation, research, service robotics, industrial automation
Scope of Delivery
- RealBOT humanoid robot platform
- Integrated battery system
- Charging station and power cable
- Integrated sensor and vision system
- Pre-installed control and navigation software
- Developer documentation and SDK access
- User manual
