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Modular robot with a swappable lower half: choose a stationary platform for precise operations, a wheeled base for heavy load transport, or legs for walking and stair climbing. The arms and compute remain fixed — only the mobility platform changes. Designed for deployment across household, agricultural, warehouse, and distribution centre environments.
The LimX Dynamics Tron 2 is a modular robot with a swappable lower half, allowing operators to choose between a stationary platform for precise operations, a wheeled base for mobility on flat surfaces, or bipedal legs for dynamic locomotion research. This configurability makes the Tron 2 unusual in the humanoid category, offering research groups the ability to study different locomotion modes within a single upper-body platform without acquiring multiple separate robots. Pricing has not been announced and the platform is positioned as a research system. The modular approach reduces the capital cost of broad locomotion research compared with purchasing separate robots for each configuration, and it allows a single team's software investment in the upper-body controller to transfer across mobility modes.
The Tron 2 suits research groups studying comparative performance of different locomotion strategies, or those needing a single upper-body platform that can operate across multiple environments. The modular approach reduces the cost of owning separate platforms and allows a single research programme budget to cover a broader range of experimental conditions.
No secondhand units exist at this time. The Tron 2 is a research platform sold in limited volumes that rarely generate active secondhand markets. Buyers should contact LimX Dynamics directly regarding demonstration or refurbished units. UK import and compliance costs should be factored into budget planning given the platform's Chinese origin and the need for CE or UKCA documentation.
| Payload | Heavy load (wheeled config) |
LimX Dynamics🇨🇳 China
A general-purpose robotics company.
Shenzhen legged robot company. CL-1 bipedal and P1 quadruped with advanced locomotion AI.
