TRON 2 Context

Market context

TRON 2 is LimX Dynamics' wheeled semi-humanoid platform combining mobile manipulation with a humanoid-adjacent form factor.

  • Target environment: Factory floors, logistics sites and structured indoor environments.
  • Workflow context: Material handling, mobile manipulation and human-adjacent tasks where a wheeled humanoid-style platform offers advantages over bipedal or fixed automation.
  • Customer context: Industrial operators and logistics teams evaluating semi-humanoid platforms for workplace deployment.
  • Deployment model: Commercial product with industrial deployment focus.
  • Commercial maturity: Active commercial platform positioned as a bridge between mobile robots and full humanoids.
  • Adoption constraints: Wheeled mobility limits terrain access but improves stability and payload relative to bipedal platforms.
  • Market position: Sits in the semi-humanoid lane between full bipedal humanoids and traditional mobile manipulators. Alongside platforms like AgiBot G2 and Astribot S1.
  • Adjacent products: AgiBot G2, Astribot S1, TRON 1

Specifications

  • Arm Dof Per Arm: 7 DoF per arm
  • Leg Dof Per Leg: 5 DoF per leg
  • Head Dof: 2 DoF active-vision head
  • Arm Payload Peak Kg: max end-effector load 5 kg per arm
  • Arm Payload Continuous Kg: Extended end-effector load 3 kg per arm
  • End Effector Speed Mps: max end-effector speed 5 m/s
  • Repeat Positioning Accuracy Mm: Repeat positioning accuracy ±0.5 mm
  • Teleop Latency Ms: 100 ms
  • Max Climbing Angle: Sole 15°; wheeled 30°
  • Stair Height Cm: max step height 20 cm
  • Battery Voltage Nominal: Battery output voltage 46.8 V
  • Maximum speed: Laboratory figures: sole 2-3 m/s; wheeled 3-5 m/s
  • Payload capacity: max load 30 kg on level ground; 20 kg on stairs
  • Battery Capacity Ah: Battery capacity 9 Ah
  • Battery Type: Ternary lithium
  • Charging Time: 30 min from 20–80%; 54 min from 20–100%
  • Onboard Compute: Intel Core Ultra; 2 TB storage (development/expansion module)
  • Software: Python and C++; ROS 1 and ROS 2

View TRON 2 overview