Chinese Firm Unveils TRON 1 Robot With Dual-Wheel Mobility
LimX Dynamics has introduced TRON 1, a biped mobility robot designed for multi-terrain navigation and advanced robotic locomotion research. A newly released video showcases the robot’s ability to traverse obstacles and adapt to various environments.
TRON 1 features interchangeable foot-ends, allowing engineers to modify its gait for different terrains. The robot’s modular design includes three configurations: a sole for humanoid-style walking, a wheeled setup for all-terrain mobility, and a point-foot for basic legged control.
The Chinese robotics firm launched TRON 1 in October 2024 and opened pre-orders with an early bird price starting at USD 15,000 for the standard edition.
Adaptive Mobility and Stability
The video highlights TRON 1’s ability to navigate obstacles such as rodent barriers and varying stair heights. The robot maintains balance even when pushed forward or backward during ascent. Its real-time posture adjustments ensure stability and smooth movement, making it suitable for navigating long staircases.
The platform’s motion control system automatically detects hardware changes and adjusts software settings, allowing seamless transitions between locomotion modes. This adaptability makes TRON 1 a valuable tool for mobility research.
Equipped with high-performance motion control algorithms, TRON 1 is ready for remote operation immediately. A comprehensive user manual simplifies deployment, making it accessible for researchers exploring robotic locomotion.
Advanced Research Capabilities
TRON 1 supports both model-based and learning-based research through a fully open software development kit (SDK) and hardware interface. It features in-house developed joint actuators designed for legged robots, enhancing motion performance and stability.
Researchers can access key joint control algorithms through hardware interfaces, optimising performance for complex verification and validation tasks. The robot also supports Python-based development, eliminating the need for expertise in complex programming languages like C++.
TRON 1 is compatible with simulation platforms such as NVIDIA Isaac, Mujoco, and Gazebo. It includes code samples and development instructions to improve testing efficiency and minimise the Sim2Real gap using a Unified Robot Description Format (URDF).
The platform also features multiple extension connectors, allowing integration with accessories such as radars, robotic arms, cameras, and dual-spectrum gimbals.
LimX Dynamics states that TRON 1’s versatility supports applications in algorithm validation, academic research, industrial exploration, and engineering education. By offering an adaptable, high-performance platform, the company aims to advance robotic innovation.
LimX Dynamics launched TRON 1, a biped mobility robot, in October 2024.
The robot features interchangeable foot-ends for different terrains.
TRON 1 maintains balance and adapts posture in real time for stability.
Source: INTERESTING ENGINEERING