TRON 1 supports point-foot and sole configurations with four-directional movement, turning and stepping.
TRON 1
How classification and status work
Category describes physical structure and function; wheels alone do not determine whether a robot is humanoid. Product stage describes demonstrated maturity. Commercial availability describes current access: a commercial product may still be limited to pilot customers. Neither stage nor availability alone proves that a product can be purchased. Unknown facts remain unknown.
TRON 1 is a LimX Dynamics multi-modal biped research robot edition with interchangeable point-foot, sole, and wheeled configurations. It provides open SDK and hardware interfaces for locomotion control, reinforcement-learning experiments, embodied-intelligence research, and simulation-based development. The compact platform supports Python workflows and common robotics simulators while accepting expansion kits for manipulation, voice interaction, and perception. Its official specifications list a height of 845 mm, maximum payload of 10 kg, and wheeled motion up to 3 m/s.

Capability Map
The sole configuration lists static standing and standing up after a fall.
Hardware Specification
Physical Specifications
Mobility & Payload
Mechanical and mounting
Mechanical Structure
Sensors
Battery and Runtime
Compute Platform
Reliability and environment
Interaction and Communication
Development and Expansion
Open source & build resources
Software
Partially availableExamples or supporting tools are available; this does not establish access to the core system.
Hardware design
Not verifiedThere is not enough verified evidence to establish this dimension.
Build resources
Not verifiedThere is not enough verified evidence to establish this dimension.
| Type | Resource | License | Applicable version | Open |
|---|---|---|---|---|
| Simulation | TRON 1 official robot-description and simulation assets GitHub · limxdynamics/tron1-robot-description Official robot model files for visualization and simulation. Select the matching variant and configuration; model assets do not establish that manufacturing drawings or the complete onboard system are published. | Apache-2.0 | TRON 1 | Open GitHub |
Commercial Status
Deployment records
Progress, changes and sources from real-world projects.
TRON 1-powered CLIO guided tours at HKU Information Day
The University of Hong Kong
- Partner
- The University of Hong Kong · Integrator
- Scenario
- Tourism & Culture
- Primary task
- Provide guided tours to visitors in the Innovation Wing during HKU Information Day.
- Location
- Tam Wing Fan Innovation Wing, The University of Hong Kong, Hong Kong
- Started
- Undisclosed
- Last verified
- 2026-10-11
Deployment timeline · 1
CLIO provides guided tours at HKU Information Day
- Partner
- Refined Robotics · Integrator
- Scenario
- Warehouse & Logistics
- Primary task
- Test a TRON 1-powered biped working with Kiki to deliver a package through snow and up stairs to a doorstep for a New Year barbecue.
- Location
- Undisclosed
- Started
- Undisclosed
- Last verified
- 2026-10-11
Deployment timeline · 1
LimX reports a TRON 1 and Kiki winter delivery field test
LimX TRON 1 field test for HKU FotoBot at Shenzhen Bay Talent Park
The University of Hong Kong
- Partner
- The University of Hong Kong · Integrator
- Scenario
- Recreation & Entertainment
- Primary task
- Test a TRON 1-powered AI photography robot across grass, slopes, and stairs to explore a public robot photography experience.
- Location
- Shenzhen Bay Talent Park, Shenzhen, China
- Started
- Undisclosed
- Last verified
- 2026-10-11
Deployment timeline · 1
LimX publishes an update on HKU FotoBot field testing
Timeline
- Robot releaseTRON 1