Quadruped Robot Unitree A2 Edu-U3 for Developing Autonomous Systems and Industrial Mission Automation
Unitree As2 Edu-U3 is an industrial-grade quadruped robot designed for complex tasks of autonomous navigation, inspection, and research in the field of artificial intelligence. The device is equipped with a built-in computing module with a performance of 100 TOPS, a depth camera, and a Livox Mid-360 lidar. With a maximum joint torque of 90 Nm, a payload capacity of up to 15 kg while walking, and IP54 protection, the robot demonstrates stable performance in challenging conditions. This model supports secondary development and simulation in the Isaac Sim environment.
Features of Unitree As2 Edu-U3
- Powerful computing base. The integrated expansion dock provides a performance of 100 TOPS, allowing for complex computations for artificial intelligence algorithms and autonomous decision-making.
- Advanced perception system. The robot is equipped with a depth camera and an industrial Livox Mid-360 lidar, providing precise navigation and real-time environment recognition.
- High mechanical performance. Thanks to motors with a maximum torque of 90 Nm, the robot can climb slopes up to 40° and overcome stairs up to 25 cm high.
- Industrial reliability. The body has IP54 protection, allowing the device to be operated in harsh weather conditions and environments with high humidity.
- Adaptability and development support. The platform supports additional software development, provides access to simulation interfaces, and integrates with the Isaac Sim environment for testing new algorithms.
- Advanced peripherals. Built-in speakers, microphones, and a front headlight ensure effective interaction in work areas, and the control panel and charging station are included in the standard supply package.
Functional Capabilities and Technical Equipment
The Unitree As2 Edu-U3 robotic platform is designed as a versatile tool for scientific research, education, and industrial task automation. Its architecture combines high motion dynamics with advanced environmental perception systems.
- Autonomous navigation and perception. The robot uses the ISS 3.0 intelligent follow system, which, in combination with the Livox Mid-360 lidar, allows for precise positioning with centimeter-level accuracy. The high-performance computing module ensures fast data processing from sensors, which is critical for obstacle detection and autonomous route planning in dynamic environments.
- Mechanical dynamics and mobility. The design is based on 12 low-inertia motors, providing quick response to commands and efficient heat dissipation during intensive loads. The robot can move at speeds up to 5 m/s and adapt to terrain, overcoming surface slopes and stairs. This makes the platform effective for work both indoors and in open areas.
- Software ecosystem and development. The platform is open for integration of user algorithms. Thanks to support for secondary development and compatibility with the Isaac Sim simulation environment, engineers can safely test behavior models, machine learning algorithms, and control before deploying them on the physical device. The OTA software auto-update system ensures that the robot always operates on the latest driver and firmware versions.
- Safety and ease of operation. The comprehensive management system includes not only hardware but also interaction interfaces. Built-in speakers and microphones allow the robot to be used for monitoring tasks, and front lighting ensures visibility in the dark. IP54 protection guarantees the electronics' operability in conditions of high humidity and dust.
Applications
The use of the Unitree As2 Edu-U3 robotic platform covers a wide range of industries where autonomy and the ability to overcome complex routes are required:
- Scientific research and development. Thanks to support for secondary development and the Isaac Sim simulation environment, the robot serves as a platform for testing new artificial intelligence algorithms, navigation systems, and autonomous decision-making.
- Inspection tasks. The IP54 protection class and the ability to work in harsh weather conditions allow the platform to be used for monitoring and inspecting industrial facilities.
- Educational process. The platform provides students and researchers access to advanced robotics technologies for studying mechatronics, motion algorithms, and sensor system integration.
- Search and rescue operations. The ability to overcome stairs up to 25 cm high and slopes up to 40° makes the robot suitable for work in conditions where human access is difficult.
Technical Specifications of Unitree As2 Edu-U3
| Parameter | Value |
| Dimensions standing | 720 × 378 × 457 mm |
| Dimensions lying | 776 × 378 × 233 mm |
| Weight with battery | ~18 kg |
| Battery | 15000 mAh, 36V ~50.4V |
| Number of degrees of freedom | 12 |
| Maximum joint torque | 90 Nm |
| Static load | 65 kg |
| Dynamic load | 15 kg |
| Maximum speed | up to 5 m/s |
| Operating time with 15 kg load | >2.5 hours, over 13 km |
| Protection class | IP54 |
| AI computing module | Computing Expansion Dock: built-in dock 100 TOPS, supports Orin NX |
| Vision system | Depth camera |
| Lidar | Livox Mid-360 with navigation support |
| Communication and navigation | WiFi 6, Bluetooth 5.2, GPS, 4G, ISS 3.0 Intelligent Follow |
| Control panel | Included |
| Charging station | Included |
| Audio system | Built-in speaker and microphone |
| Lighting | Front headlight |
| Development support | System modification, Isaac Sim, simulation interfaces |
| Updates | Smart OTA updates |
| Warranty | 1 year |
Overview of the Unitree As2 Edu-U3 Robot Dog
Order the Unitree As2 Edu-U3 Robot Dog for Educational and Research Purposes
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