TRON 1: LimX Dynamics’ bipedal robot that overcomes obstacles with its robotic locomotion

This flexibility allows researchers to conduct extensive testing of robotic locomotion without having to modify the robot's structure.
El diseño del robot bípedo TRON 1 de

Chinese company LimX Dynamics has unveiled a new state-of-the-art research development, the TRON 1. This bipedal robot features a modular configuration that allows it to overcome different terrains and possible locomotion needs.

The design of the bipedal robot TRON 1

The robot has optimized mobility for different scenarios, from smooth floors to uneven terrain. The platform has three interchangeable limb configurations : feet for humanoid walking, wheels for greater speed on flat surfaces, and tips optimized for balance control tasks.

In the recent video released by LimX Dynamics , TRON 1 is shown overcoming different challenges, such as variable height steps and barriers that would test any locomotion system. It also shows its resistance to external disturbances by maintaining balance after being pushed while in motion.

Through its modular design, advanced motion control algorithms and its automatic hardware detection system , they allow the robot to adapt in real time to changes in its limbs, guaranteeing smooth transitions between different locomotion modes.

Furthermore, its compatibility with simulation technologies such as NVIDIA Isaac, Mujoco and Gazebo facilitate the implementation of artificial intelligence models in robotics. In addition, its integration with Python eliminates the need for programming in more complex languages such as C++, making its use accessible to researchers and developers of different experience levels.

The robot is designed to serve as a versatile research platform, facilitating algorithm validation, industrial exploration , and engineering education . Its high-precision hardware allows researchers to access key joint control algorithms, optimizing its performance on complex tasks.

LimX Dynamics has also incorporated extension connectors that allow the integration of additional accessories such as radars, robotic arms and cameras . This customization capacity expands the possibilities of use in academic and industrial sectors, where adaptability and performance are key factors.

The availability and price of the bipedal robot

The robot was officially unveiled in October 2024 and is currently available for pre-order through a special program with prices starting at USD 15,000 for the standard edition. With this strategy, LimX Dynamics seeks to attract academic institutions and research centers that require a flexible solution for the study of robotic locomotion.

YouTube video

The demonstration of multinodal. Source: LimX Dynamics

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Source and photo: LimX Dynamics