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TRON 1

TRON 1

TRON 1

Last updated: May 31, 2026
LimX Dynamics
LimX Dynamics
China
Product Page
Locomotion Type
Hybrid
Stage
Pilot Delivery
Height
84.5 cm
Degrees of Freedom
12 DOF
Weight
20 kg
Battery Life
2 h
Release Year
2024
Computing
Computer configuration (CPU/RAM/Storage) EDU: 12th Gen Intel i3 / 16GB / 512GB Standard Edition: 12th Gen Intel i3 / 16GB / 512GB

Product Overview

First multi-mode bipedal robot The go-to choice for beginners in humanoid RL research Modular feet – buy one get three modes TRON 1 features an innovative 3-in-1 modular design, supporting multi-mode algorithm development with a single robot. Advanced platform, freedom for innovation Whether for beginners or advanced users, easy to use and flexible. Out-of-the-box Simple two-leg configuration with built-in high-performance motion control algorithms for ready-to-use operation. Efficient foot swapping Quickly swap between different foot modules, freely combine, with software auto-detection and automatic motion control mode switching. Fully open SDK and low-level hardware interfaces Unlock hardware potential, meeting the needs of challenging algorithm validation. Lowering the barrier for RL research Provides an easy R&D environment for fast algorithm design and validation. Practical peripheral interfaces, supporting diverse research and application development needs.

Key Highlights

First multi-mode bipedal robot
The go-to choice for beginners in humanoid RL research
Modular feet – buy one get three modes
TRON 1 features an innovative 3-in-1 modular design, supporting multi-mode algorithm development with a single robot.
Advanced platform, freedom for innovation
Whether for beginners or advanced users, easy to use and flexible.
Out-of-the-box
Simple two-leg configuration with built-in high-performance motion control algorithms for ready-to-use operation.
Efficient foot swapping
Quickly swap between different foot modules, freely combine, with software auto-detection and automatic motion control mode switching.
Fully open SDK and low-level hardware interfaces
Unlock hardware potential, meeting the needs of challenging algorithm validation.
Lowering the barrier for RL research
Provides an easy R&D environment for fast algorithm design and validation.
Practical peripheral interfaces, supporting diverse research and application development needs.

Application Scenarios

Research, education, algorithm development

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