A Chinese team has unveiled a groundbreaking quadruped robot that is pushing the boundaries of robotics and speed, reports Fox news.
The Black Panther 2.0, developed by Zhejiang University's humanoid innovation institute in collaboration with the Hangzhou-based startup Mirror Me, has achieved a remarkable feat by running approximately 100 meters in under 10 seconds
The design of the Black Panther 2.0 draws inspiration from various animals, resulting in a highly efficient biomechanical structure. Its carbon-fiber shins are modeled after jerboa desert rodents, increasing stiffness by an impressive 135% while only adding 16% to its weight.
The robot features spring-loaded knee joints that act as shock absorbers, mimicking the powerful movements of black panthers.
Additionally, its "running shoes," inspired by cheetah claws, enhance grip performance by an astonishing 200%. Standing at 2 feet and 0.8 inches tall and weighing 83.8 pounds, this robot achieves a peak stride frequency of five times per second.
The impressive performance of the Black Panther 2.0 is not solely due to its hardware; it also incorporates artificial intelligence and machine learning to adapt its gait in real time for specific situations.
This technology allows the robot to coordinate its limb movements using the concept of Huygens' coupled pendulum principle, enabling it to maintain fluid motion on various terrains and pushing it closer to the agility of living organisms.
In addition to breaking records, the Black Panther 2.0 has joined the prestigious "10-second club" for the 100-meter sprint, surpassing the previous record holder, HOUND, which was developed at Korea's Advanced Institute of Science and Technology. This achievement positions the robotic dog ahead of most human sprinters, although it still trails behind some of nature's fastest runners, like cheetahs, ostriches and wildebeests.
The development of the Black Panther 2.0 opens up exciting possibilities for the future of robotics. Its high-power-density motor drivers suggest potential industrial applications, while its design invites further exploration into the differences between robotic and biological mobility.
This technology could also be utilized in search and rescue operations or for exploring hazardous environments.
Bd-pratidin English/ Afia
