Factory Fit
TRON 2 may be the most practical LimX platform for near-term factory experimentation because it combines dual arms, wheeled mobility, payload capacity, teleoperation, ROS1/ROS2 support, and data tooling. It is not a conventional humanoid worker and should be evaluated as a configurable mobile-manipulation platform.
| EU regulatory fit | Partial |
|---|---|
| Cybersecurity fit | Partial |
| Serviceability fit | Partial |
| Supply chain fit | Partial |
Manipulation and Perception
Manipulation details need verification.
Perception stack details need verification.
SDK and Integration
SDK/API details need verification.
| API type | SDK, robot management platform, data platform, simulation platform |
|---|---|
| Languages | Python, C++ |
| ROS support | Official TRON 2 spec says compatible with Python and C++ development environments and supports ROS1/ROS2 systems. |
| Simulation | Official TRON 2 spec lists simulation platform support; exact simulator packages should be confirmed. |
| Offline operation | Needs verification |
| Documentation | Open documentation |
| Integration constraints | Most relevant as a mobile-manipulation, teleoperation, VLA data, and robotics R&D platform. For factory deployment, buyers must validate safety, duty cycle, ruggedness, fleet management, and service coverage. |
Safety Notes
Official page lists dual-arm safety-boundary protection and dual redundant power design keeping arms locked during power loss. Safety-rated certification and compliance scope still need buyer verification.
Compliance and Certificates
| Standard | Status | Jurisdiction | Evidence |
|---|---|---|---|
| CE marking | Unknown | European Union | No verified public CE certificate found. Request Declaration of Conformity and exact scope before EU purchase. |
| ISO 10218 review required | Requires buyer review | European Union / International | Especially relevant if TRON 2 arms are integrated for industrial manipulation or used near workers. |
| ISO 13849 review required | Requires buyer review | European Union / International | Safety boundary protection is listed by LimX, but buyers should verify safety-rated architecture, performance level, and integration method. |
Commercial Readiness
| Pricing | Needs verification |
|---|---|
| Price range | Quote-based or unverified |
| Lead time | Needs verification |
| Availability regions | China, International inquiry |
| Spare parts | Confirm arms, end effectors, batteries, chargers, RGBD cameras, drivetrain modules, compute box, and wheeled/sole foot modules. |
| Warranty | Needs verification |
Specifications
| Height | Unknown |
|---|---|
| Weight | Unknown |
| Payload | Unknown |
| Runtime | Unknown |
| Degrees of freedom | Unknown |
| Max speed | 5.00 m/s |
| Configurable forms | Dual-arm, bipedal, and wheeled setups |
| Degrees of freedom summary | 7 DoF per arm, 5 DoF per leg, 2 DoF active vision head |
| AI computing box | 11th Gen Intel Core i7-1165G7 2.80 GHz, 2 TB storage, 4x Ethernet, 4x USB 3.0, 24V input, 12V output |
| Interfaces | Ethernet, USB3.0, EtherCAT, RS485, 12V/24V/48V power outputs, external power supply port |
| Arm degrees of freedom | 7 DoF per arm |
| Maximum end-effector load | Maximum 5 kg per arm; extended 3 kg per arm |
| Repeat positioning accuracy | ±0.5 mm |
| Teleoperation delay | 100 ms |
| End-effector type | Gripper or dexterous hand |
| Maximum movement speed | Sole: 2-3 m/s; wheeled: 3-5 m/s |
| Maximum climbing slope | Sole: 15 degrees; wheeled: 30 degrees |
| Maximum step height | 20 cm |
| Maximum mobility load capacity | 30 kg for flat ground walking; 20 kg for stair climbing |
| Battery capacity | 9 Ah |
| Charging time | 20-80% in 30 min; 20-100% in 54 min |
| Sensors | Waist RGBD camera, IMU, head RGBD camera, wrist RGBD camera on dual-arm configuration |