The Unitree A2 is engineered for research institutions, universities, and advanced development teams seeking a powerful and highly customizable quadruped platform. Building on the proven success of the A1, the A2 introduces significantly upgraded actuators, a more powerful computing system, and enhanced structural rigidity for demanding research applications.

The A2 excels in dynamic motion research, reinforcement learning experiments, and whole-body control studies. Its open SDK and ROS2 compatibility make it straightforward to integrate with existing research pipelines, while its robust hardware can withstand the rigors of intensive laboratory testing.

Key Specifications:

• Weight: ~25kg
• Max Speed: 3.5 m/s
• Battery Life: ~2.5 hours
• DOF: 12
• Actuators: Upgraded high-torque proprietary motors
• Computing: High-performance onboard processor
• SDK: ROS2 compatible, open API
• Payload: Up to 10kg
• Applications: Locomotion research, reinforcement learning, university labs, advanced R&D, dynamic control studies