The Unitree H1-2 is a fully-fledged humanoid robot that is modelled on human proportions and has been developed for a wide range of applications. With a height of around 1.78 metres and a weight of around 70 kg, it moves extremely stably and dynamically. Its advanced drive systems enable natural, fluid movements and an impressive walking speed of around 2 m/s.

The H1-2 uses modern sensor technology, such as 3D LIDAR and a depth camera, for its navigation, which enables it to perceive its surroundings precisely and move safely in changing environments. This makes it suitable for both dynamic research environments and practical applications in which autonomous mobility plays a central role. In addition, all cables are internally installed and therefore optimally protected. The robot can optionally be equipped with 5-finger hands.

The platform is designed to be flexibly expanded and programmed. Open interfaces and modular software structures enable easy integration into existing systems and make the H1-2 an attractive choice for research, education or industrial test procedures.