



Control, Perceive, Manipulate, Anywhere.

Up to 1.5 m working height: Reaches frequently used interaction points such as switches, elevator buttons, and mid-level shelves.
Up to 1.5 m working height: Reaches frequently used interaction points such as switches, elevator buttons, and mid-level shelves.

In real-world environments, manipulation targets appear at different heights and directions: tables, floors, and shelves are all part of the task space that embodied manipulation models must handle. The TRON 2 Mobile Manipulation Kit uses robotic arms, bipedal body height, and whole-body motion control to expand the manipulation range from the "tabletop" to "everyday human workspaces," supporting embodied intelligence research in real-world scenarios.


Industrial park roads, factory passages, building corridors, and underground utility tunnels often feature large spaces, complex structures, multiple floors, and changing obstacle layouts. With high-precision, high-channel-count, high-point-rate point cloud capabilities, the TRON 2 Perception Kit provides stable input for 3D mapping across indoor, outdoor, and multi-floor environments, precise localization, and navigation, helping robots understand their surroundings more reliably during inspection tasks.
With its unique modular configuration, TRON 2 lets you freely configure Dual-arm, Bipedal, or Wheeled setups to fit your mission. Expandable with voice, vision, and more, it creates the ideal platform for building custom robotic solutions.
10kg Dual-Arm Payload: Master Desktop Tasks with Ease.


10kg Dual-Arm Payload: Master Desktop Tasks with Ease.
Featuring a 7-DoF robotic arm offering a 73cm reach—the largest workspace in its class—and a spherical human-like wrist design for agile wide range operations. The front camera covers the full arm span, ensuring complete visibility and precise control.
With dual-wheeled legs supporting 30kg payloads and all-terrain mobility, plus new auto-recharging capability, TRON 2 meets diverse research and industrial needs. Backed by industry-leading hardware performance, it confidently tackles real-world complexity.
Makes motion planning using visual input, effortlessly climbing stairs step-by-step.
Streamline the entire workflow from data collection, cleaning, and annotation to training, inference, and task management. Accelerate innovation with ease.

Preloaded with standard algorithm tasks for immediate use. Focus on innovation, not parameter tuning.









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