New Delhi: Chinese scientists have designed a new model of a humanoid robot that boasts a top speed of over 8 mph making it the fastest of its kind to have ever been developed. Designed and built by the Chinese robotics firm Robot Era, the bipedal robot was named STAR1. According to information, STAR1 is 5 feet 7 inches tall and weighs 143 pounds; the record set was done while wearing a pair of sneakers.
To prove the efficiency of their creation, the Robot Era company decided for a promotional clip of the STAR1, where they staged a competitive racing between two of the robots amid the Gobi desert in northwestern China. The introduction of shoes helped one of the robots to overtake the other, while crossing ground, gravel, concrete road and soil. However, the sneaker-wearing STAR1 was able to sustain a top speed of 8 mph (3.6 metres per second) through difficult trials for as long as 34 minutes.
The importance of this accomplishment is underlined by the fact that the achieved speed of STAR1 is higher than the maximal speed of Unitree’s H1 bipedal robot, which is 7.4 mph (3.3 m/s), set earlier in 2024. The most striking difference between the twoStar1 model and H1 is that the former at least could technically jog or run since like it was mentioned earlier; one or both of its feet were off the ground while it moved forward Unlike the H1 that was just sweeping in a pseudo fast walking manner.
The technology includes High Level AI and High Torque Power
This kind of performance can only be attributed to the strength of the hardware as well as the use of the latest generation of artificial intelligence tools that have been incorporated in the design of STAR1. This robot has powerful motors capable of delivering the amount of force required for its high-speed movements, the AI system in this robot has achieved 275 trillion operations per second (TOPS). This is an AI capability which is significantly better than the most powerful consumer laptops, which contain between 45 and 55 TOPS.
The robot also has 12-DOF, which provides mobility across most of its joints, which makes the robot very flexible, and fast. The capability of STAR1 to move at high speeds and performance on various terrains demonstrates an application of STAR1 in future robotics where mobility plays a significant role.
With humanoid robots at the cutting edge of robotics technology, the features showcased on STAR1 are more of a glimpse into the future of robotic movement, where these machines will be able to twist at much higher velocities.
