Robotics company Unitree has announced the release of its latest quadruped robot, the A2, designed for use in industrial settings including inspection, logistics, and research.
The A2 weighs 37 kilograms and is capable of carrying payloads of up to 25 kilograms while walking. It can support a maximum standing load of 100 kilograms.
According to Unitree, the robot can travel up to 20 kilometres on a single charge when unloaded, and approximately 12.5 kilometres when carrying its maximum load. Its battery system allows for hot-swapping, which enables longer deployments without needing to power down.
The robot is equipped with 3D LiDAR sensors on both the front and rear, providing 360-degree environmental detection.
The company states the A2 can reach speeds of 5 metres per second and step over obstacles up to one metre high.
A demonstration video released with the announcement shows the A2 navigating various terrains, climbing steps, and transporting equipment. The robot’s design appears to prioritise mobility, perception, and energy efficiency for use in dynamic environments.
The A2 follows earlier models from Unitree, including the Go1 and B2, and adds to the company’s line of quadruped robots intended for practical use beyond laboratory conditions.
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