LimX Dynamics TRON2 Dual Arm - research platform, 14 DoF
Description
LimX Dynamics TRON2 Dual Arm - Research platform for manipulation and teleoperation
The LimX Dynamics TRON2 Dual Arm is a specialized research platform for physical manipulation, teleoperation, and AI-assisted interaction. Two integrated robotic arms with a total of 14 degrees of freedom enable complex movements and are particularly suitable for research into vision-language-action, human demonstration, and robotic manipulation.
RGBD cameras on the head, waist, and wrists support visual perception. The open SDK provides high-level and low-level access and supports Python, ROS2, and URDF-based Sim2Real workflows.
Highlights
- 14 degrees of freedom in total, 7 DoF per arm
- Spherical wrist design for complex movements in confined spaces
- Teleoperation latency of approx. 100 ms
- End-effector speed of up to 5 m/s
- End-effector acceleration of up to 36 m/s²
- RGBD cameras on the head, waist, and wrists
- 11th Gen Intel Core i7-1165G7
- Open SDK with high-level and low-level access
- Python and ROS2 compatibility
- URDF models for Sim2Real workflows
Dual-arm manipulation and teleoperation
Each arm has 7 degrees of freedom. The spherical wrist design supports flexible movements and maneuvers in spatially constrained environments. A specified teleoperation latency of approx. 100 ms enables direct control for demonstration data and research tasks.
- 7 DoF per arm
- 14 DoF in the dual-arm system
- Teleoperation latency: approx. 100 ms
- Maximum end-effector speed: 5 m/s
- Maximum end-effector acceleration: 36 m/s²
Open developer ecosystem
- High-level control
- Low-level control
- Python support
- ROS2 compatibility
- Optimized URDF models for Sim2Real workflows
Typical applications
- Vision-language-action research
- Robotic manipulation
- Teleoperation and human demonstration data
- Training AI models for physical interaction
- Computer vision and motion planning
- Sim2Real research
- University research and teaching
Technical specifications
| Category | Feature | Specification |
|---|---|---|
| Kinematics | Total degrees of freedom | 14 DoF |
| Kinematics | Degrees of freedom per arm | 7 DoF |
| Kinematics | Wrist | Spherical design |
| Manipulation | Max. end-effector speed | 5 m/s |
| Manipulation | Max. end-effector acceleration | 36 m/s² |
| Teleoperation | Latency | approx. 100 ms |
| Sensors | RGBD cameras | Head, waist, and wrists |
| Computing power | Processor | 11th Gen Intel Core i7-1165G7 |
| Energy | Battery | 46.8 V lithium battery |
| Energy | Fast charging | From 20% to 80% in 30 minutes |
| Software | SDK | Open SDK |
| Software | Control | High-level and low-level access |
| Software | Compatibility | Python, ROS2 |
| Software | Simulation | Optimized URDF models for Sim2Real workflows |
Scope of delivery
- 1 x TRON2 Core system
- 2 x integrated arm modules with 7 DoF each
- Comprehensive sensor kit including dedicated wrist-mounted RGBD cameras
- High-performance battery
- Fast charger