Tiangong: World’s First Full-Sized Electric Humanoid Robot

The Galber G1 robot is a new player in industrial automation. It can run at 5 kilometers per hour and lift up to 15 kilograms. This makes it strong for many industrial tasks. The G1 has 25 degrees of freedom, giving it great flexibility. On a full charge, it can work for about two hours, making it useful for long sessions.

Albert, the company behind the robot, has big plans. They want to enter international markets, focusing on places with high labor costs. Hong Kong is their starting point. The G1 was presented at the 2024 World Artificial Intelligence Conference in Shanghai. They plan to introduce it to Hong Kong's retail sector in the next two years. A wider rollout is expected in five years.

Albert is also collaborating with the Hong Kong Investment Corporation. Together, they are setting up an AI lab. This lab will explore uses for the G1 in retail and tourism. The Galber G1 blends physical skills, smart thinking, and adaptability. It is a promising step for industrial automation and teamwork between humans and robots.

Another exciting development is the Tiangong humanoid robot. Created by the Beijing Humanoid Robot Innovation Center, Tiangong is 1.63 meters tall and weighs 43 kilograms. It stands out as the world's first full-sized humanoid powered by electric drive.

Tiangong can move quickly, reaching speeds of up to 6 kilometers per hour. It can handle complex areas like slopes and stairs without needing visual help. This is possible due to advanced motion learning techniques. It uses state memory-based predictive reinforcement imitation learning.

Tiangong is also equipped with precise sensors. It has six-axis force sensors, visual perception sensors, and a 3D vision system. These tools help it process environmental data accurately. The Tiangong robot represents a leap in humanoid robotics and has the potential to transform many fields.

Both the Galber G1 and Tiangong show the rapid growth in AI and robotics. These technologies aim to reshape industries and improve human-robot collaboration. As these robots become more common, they might change how work is done in various sectors.