Ti5 Robot brings a component-supplier build to humanoids
The Shanghai company used HANNOVER MESSE to show biped and wheeled humanoids built around its joint, drive and bionic-hand work.
Ti5 Robot presented two humanoid robots at HANNOVER MESSE 2025 on April 3, naming the biped T170A and the wheeled T170D as part of an exhibition that also included collaborative robots and bionic hands. The Shanghai company framed the showing around embodied-intelligence hardware, but the more concrete read comes from its own product mix: humanoids, electric-drive systems, lightweight joint modules, collaborative arms and a six-degree-of-freedom bionic hand.
Ti5 was founded in 2020 and describes its work around electric drive systems, humanoid robots and high-precision robotics for human-robot collaboration. Its company materials emphasize one-stop procurement of robot core hardware, modular joints and lower-cost development. The humanoid robots are therefore tied to a supplier base the company is already trying to sell: servo control, motor drive, force sensing, precision transmission and thermal management.
Humanoid hardware from the component stack
The T170A is presented as a biped platform with bionic joints and a multimodal sensor system for precision assembly and soft gripping. The T170D adds a wheeled base, autonomous navigation and 360-degree vision for industrial or security patrol scenarios. Ti5 also lists a humanoid line under the Yaoguang and Mozhai names, with details including binocular vision, long-range lidar, seven-degree-of-freedom arms and leg joints arranged across hip, knee and ankle movement.
Ti5 has several hardware paths feeding the robots. Its lightweight joint materials describe integrated modules for robots, exoskeletons, medical systems and automation equipment, with a stated focus on torque density, miniaturization and localized control of underlying hardware. Its Cool Hand is listed as a 480 g bionic hand with six degrees of freedom, independent finger movement, RS485 control and optional Bluetooth. The same hardware logic appears in the humanoids: Ti5 is building end effectors and joints as sellable components, while also packaging them into full robot bodies.
What remains unproven
HANNOVER gave Ti5 a global industrial venue and a clearer humanoid lineup, but public evidence is still thin on named deployments, repeated task performance, uptime, safety validation and customer economics. The company has a real hardware supply-chain angle, especially for joints and hands. Its humanoid case will become stronger when it publishes measured work in a defined factory, patrol or inspection environment, with the robot model, task, duration and human supervision level stated plainly.
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