Black Panther II

Black Panther II is a high-speed quadruped robot from MirrorMe Technology of China, built to push the limits of legged locomotion. Compact at 0.63 m and 32 kg, it is a research-focused machine engineered to explore just how fast and dynamic a four-legged robot can be.

Its headline capability is speed: Black Panther II can exceed 10 m/s, placing it among the fastest quadrupeds built. That performance comes from electrical actuation combined with a spring-assisted passive joint system that stores and returns energy during each stride. An Xsens MTi-630 IMU provides precise motion and posture sensing for stable high-speed control, and an Intel Atom x5-Z8350 runs its closed-source software.

As a research-grade quadruped robot, it is aimed squarely at high-speed locomotion research and advanced biomechanical robotics studies.

Nexon System supports the MirrorMe Technology Black Panther II across Southeast Asia for universities and research teams, providing commissioning, experiment setup, custom development and technical support. Talk to Nexon to arrange a high-performance locomotion research deployment.