AI² Robotics Unveils New Humanoid, AlphaBot 2

Shenzhen-based AI² Robotics has unveiled AlphaBot 2, a wheeled humanoid. According to humanoid.guide, the robot is 180 cm tall and weighs 135 kg. It combines a six-wheel mobile base with a humanlike upper body, two five-fingered hands and an adjustable waist. It has a top speed of 6 km/h and 34 degrees of freedom, including 16 in the hands, and is designed to operate for up to six hours on a single charge.

AlphaBot 2 integrates a mobile base, humanlike upper body, multiple cameras and onboard computing, making its potential use in settings where people and machines work in close proximity, such as factories and warehouses, more concrete. AI² Robotics lists logistics, manufacturing, public services and customer service as target sectors, with specifications geared toward operational settings rather than general research use.

AlphaBot 2’s distinguishing features are its humanlike upper body mounted on a six-wheel mobile base and its combination of upper-body, wrist and waist functions. The capabilities presented, however, are still at a stage focused on combining upper-body manipulation with stable movement on level ground. Rather than representing a finished humanoid, the robot appears closer to a prototype that makes industrial applications more concrete. A related report by this newspaper said AI² Robotics was considering a Hong Kong IPO, but this unveiling focused on the product rather than capital policy. The company’s public messaging is therefore split between raising funds from the market and presenting specifications for a robot designed with deployment in mind. AlphaBot 2 is aimed at logistics, manufacturing, public services and customer service, as well as factories and semiconductor lines. While this indicates a broad range of potential uses, the next question is in which environments it can operate reliably. The robot’s design lists the AlphaBrain vision-language-action platform, an NVIDIA AGX Orin 64GB computing platform and multiple RGB/RGB-D cameras as integrated components, suggesting an effort to handle the chain of perception, decision-making and manipulation onboard. Key questions include how effectively it can use 16 of its 34 degrees of freedom in the hands, whether its six-hour operating time can be sustained in actual use, and how far it can demonstrate the safety and repeatability required in factories and semiconductor lines. For now, it remains to be seen how closely the announced specifications translate into real-world performance; production volumes and customers have not been disclosed.

The inclusion of factories and semiconductor lines among its target settings creates potential points of contact with Japan’s manufacturing facilities and semiconductor-related operations. However, the company has disclosed only the robot’s specifications, not production volumes or customers, so its direct impact on Japanese companies remains unclear.