humanoid.guide introduces Tlibot's humanoid robot Tianzhen Z1

On November 6, 2026, humanoid.guide introduced Tianzhen Z1, a humanoid robot developed by Tlibot (Sichuan Tianlian Robot Co., Ltd.). According to the article, it is 167 cm tall, weighs 45 kg and has up to 40 degrees of freedom, excluding the hands.

The specific details provided in the introduction to Tianzhen Z1 are its adult-sized form and its stated uses in exhibition guidance, interaction at commercial facilities, cultural performances and research. The specifications listed by humanoid.guide include a height of 167 cm, a weight of 45 kg and up to 40 degrees of freedom, excluding the hands. However, this information comes from the outlet's article and cannot be treated as performance verified by official manufacturer materials or evaluation of the actual robot. The article also does not give measurement conditions or details about the movements involved for maximum speed or operating time, so those figures cannot be used as-is to compare it with other robots. This newspaper's coverage of Tlibot has featured several robot names and types. humanoid.guide introduces Tlibot's Y4 was published on November 5, 2026, while humanoid.guide introduces Tlibot's bipedal research robot T1 and humanoid.guide introduces Tlibot's wheeled humanoid robot Y2-P were published on November 4, 2026. The article titles and summaries identify Y4, the bipedal research robot T1, the wheeled Y2-P and the Tianzhen Z1 introduced here as distinct subjects. The information provided, however, is insufficient to determine whether they belong to the same product line or how their uses and configurations differ. This underscores the need to look beyond robots' appearances and names and distinguish which tasks each robot is designed to perform and which mobility method it uses. Obstacle avoidance and sorting items, which the article lists for Tianzhen Z1, are specific capabilities involving both movement and object manipulation, but the working environment, success rate and conditions for continuous operation are not given. Stated uses such as exhibition guidance also do not establish that the robot has been deployed or used in practice. The next points to verify are specifications published by the manufacturer, test conditions for each capability, how degrees of freedom including the hands are defined, and how operating time is measured. It is also necessary to distinguish the uses listed in the article from the range of tasks the robot can actually perform. At this point, there is no basis beyond the outlet's reporting to assess production volume or operational track record.