Wheeled humanoid platform
Shanghai Electric calls TUOYUAN a wheeled general-purpose humanoid. The number of arms and their configuration are not published. [1][3]
Price & availability
Prototype
Current dataset status: Prototype.
Product overview
TUOYUAN (ζε ) is an industrial wheeled humanoid from Shanghai Electric Group, shown at the World Artificial Intelligence Conference (WAIC) in Shanghai in July 2026. The company calls it a wheeled general-purpose humanoid and places it in its robot lineup alongside the bipedal SUYUAN.
According to the company's release, TUOYUAN is powered by an embodied-intelligence foundation model and uses force-position hybrid control. The release names three capabilities: multi-spec connector insertion, material sorting, and loading and unloading of automotive sheet-metal parts. Press coverage adds plugging connectors and managing cables inside electrical cabinets.
Shanghai Electric has not published TUOYUAN's height, weight, degrees of freedom, arm configuration, payload, speed, battery, compute hardware or sensors in the sources reviewed. The lower body is a wheeled base, but the number of arms and their structure are not stated, so the specification fields are blank. No price, order page or availability date has been announced.
βPowered by an embodied intelligence foundation model and force-position hybrid control.β
Capabilities
Shanghai Electric calls TUOYUAN a wheeled general-purpose humanoid. The number of arms and their configuration are not published. [1][3]
Press coverage lists plugging USB, industrial aviation and DC connectors, plus cable management inside electrical cabinets. [2]
The company says TUOYUAN uses high-precision force-position hybrid control on an embodied-intelligence foundation model. [1][2]
The release lists loading and unloading of automotive sheet-metal parts on assembly lines among its capabilities. [1]
Hardware profile
Quick answers
Side by side
Choose up to four robots for a sourced specification and price comparison.
Head to head
Evaluation footprint
No benchmark embodiments or results reference this robot yet.
Related
Evidence