humanoid.guide Features RealMan Robotics’ RealBot 01

On November 1, 2026, humanoid.guide featured RealMan Robotics’ wheeled humanoid RealBot 01. The article lists the robot’s height as 168 cm and its weight as 125 kg.

The article presents RealBot 01 as a robot for research, industrial automation and mobile manipulation. For prospective users, a key challenge in assessing its suitability is determining whether they can verify not only its dimensions and weight, but also its operating conditions, safety measures and real-world performance.

What can be confirmed is that an article about a RealMan Robotics robot appeared on humanoid.guide; this is not a manufacturer announcement or a third-party performance evaluation. The reported dimensions and weight indicate the robot’s physical scale, but assessing its actual range of tasks and deployment requirements would require other information, such as its operating environment, operating hours, control method and safety measures. It is important not to equate the specifications listed in the article with capabilities or deployment results in real-world operations. The previous day, we reported that humanoid.guide featured RealBot L2, and on the same publication date, we reported that humanoid.guide published an article about RealBot-S2. Including the latest article, the outlet has covered several RealMan Robotics robots in a short period. However, these reports only show the outlet’s coverage and do not substantiate the manufacturer’s product plans or the sales or operating status of the individual robots. The summary of the related article indicates that L2 is a wheeled humanoid, but the information provided does not include S2’s specifications, so the robots’ performance and applications cannot be compared. From an industry perspective, the issue is whether a robot’s wheeled configuration alone is enough to assess its suitability for a particular application. The RealBot 01 article lists research, industrial automation and mobile manipulation as intended uses, but the information published does not show which processes it can handle under what conditions, or how its operational continuity and safety have been verified. The next points to check are whether specifications can be confirmed through primary manufacturer materials, as well as the price, availability, production scale and evaluation conditions in real-world tasks. These cannot be determined from the source text and do not support definitive conclusions about deployment prospects or comparisons with other robots.