ACC-5595-217 Power is the basis for robot somersaults to be completed. It is worth mentioning that unlike the Boston Atlas, which uses hydraulic drive, MagicLab’s robot is purely electric.

The pure electric drive route has the advantages of low cost, simple structure and high driving efficiency, and the biggest advantage is that it is more economical.

The disadvantage is that such power-driven robots are generally weak in motion, and Tesla’s humanoid robot Optimus Prime and Xiaomi CyberOne have adopted this scheme, both of which have not yet shown the strong motion ability of the robot.

But MagicLab’s robot successfully achieved a difficult somersault, which is undoubtedly a goodACC-5595-217 endorsement of this route. This also means that humans are expected to move closer to the goal of mass production of humanoid robots.

MagicLab also posted a video of the robot making coffee, showing the upper body motion – the robot barista successfully pulled a coffee latte.

How hard is it to make a humanoid robot do a somersault? This highly difficult sport includes jumping, flipping, landing and other movements, both skill and strength, involving a number of challenging technical areas of the robot, including dynamic modeling, motion planning, real-time control system design and hardware design.

So far, only two companies have given the right demonstration, one is the old timer of the robot ACC-5595-217 world Boston, in 2017 with the robot Atlas backflip, and the other is the little-known startup MagicLab.