The world's fastest quadruped robot uses carbon fiber materials to help achieve a running speed of 10 meters per second
The overall weight of "Black Panther 2.0" is 38kg and the standing height is 0.63m. It is currently the fastest "quadruped robot" in the world, with a speed of 10 meters per second.
The R&D team deeply studied the characteristics of the movement configurations of natural animals such as black panthers and jerboas in hip joints, knee joints, and soles, and improved the strength, toughness, strength, limit, precision, density, and fluency of the black panther during high-speed movement, achieving a small body and high energy.
Behind the "fast" Black Panther 2.0 is the team's breakthrough research on robot dynamics. They made full use of the principle and made its four legs coordinate into a unified gait, forming a combined force to achieve high-speed sprint; secondly, in order to further reduce the ground force at the moment of impact of the robot when running at high speed and reduce the energy consumption of movement, they cleverly used springs installed on the knee joints of Black Panther 2.0 as buffers; to further break the curse that the Black Panther's calves will inevitably break when running at 6m/s, they developed "jerboa-like carbon fiber calves", which increased the stiffness by 135% at the cost of only a 16% increase in weight; finally, they also imitated the cheetah's claws and customized special "running shoes" for Black Panther 2.0, which increased its grip performance by 200%, allowing the Black Panther to be as fast as lightning but as stable as Mount Tai with every step.
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