TRON 2 Modular, Multi-Mode Robotics Platform
Enabling dual-arm manipulation, bipedal locomotion, and wheeled mobility within a single platform.
LimX Dynamics is a pioneer in embodied intelligent robotics, bridging cutting-edge AI with real-world robotic systems. With a mission to unlock the real-world potential of Artificial General Intelligence (AGI), LimX develops next-generation platforms that blend advanced hardware engineering, reinforcement-learning motion control, and embodied AI training.
By merging simulation, video, and real-world learning, LimX creates adaptable robotic systems that empower researchers, developers, and industry innovators across automation, logistics, and service applications—advancing the frontier of human–robot collaboration.
LiMX Dynamix
LimX TRON 2 Multi-Form Embodied Robot | Advanced VLA Robotics Platform
- Dual-Arm Configuration: Engineered for dexterous manipulation, teleoperation, embodied AI development, and advanced robotics research tasks requiring precise object interaction.
- Wheeled-Leg Configuration: Designed for high-speed all-terrain mobility, increased payload transport, and autonomous industrial operations across complex environments.
- Bipedal Sole Configuration: Optimized for dynamic locomotion research, stair climbing, balance control, and terrain-adaptive movement experimentation.
The LiMX TRON 2 is a next-generation embodied robotics platform designed for AI research, advanced mobility, teleoperation, and real-world robotics development. Built around a unique multi-form architecture, TRON 2 can be configured in three different operating modes – Dual Arms, Wheeled Legs, and Sole – allowing researchers and developers to adapt the robot for a wide range of applications from manipulation tasks to all-terrain mobility.
With advanced motion control algorithms, low-latency teleoperation, and support for modern VLA (Vision-Language-Action) development workflows, TRON 2 is engineered for both robotics research and industrial experimentation. The platform supports real-world data collection, reinforcement learning, autonomous mobility, and complex task execution while maintaining compatibility with leading simulation and robotics ecosystems including ROS, NVIDIA Isaac Sim, Gazebo, and MuJoCo.
Whether deployed for embodied AI research, manipulation learning, industrial automation, or advanced robotics development, TRON 2 provides a highly flexible and future-ready platform built to support the next generation of intelligent robotics systems.
$26,500.00
Unlocking Embodied AI with Dual-Arm Robotics
1) The Dual Arms Configuration
Features 7 degrees of freedom per arm, a 70cm (27.5-inch) arm span, full-coverage camera vision, and ultra-responsive teleoperation with just 100ms latency, making it ideal for dexterous manipulation, embodied AI development, and advanced robotics research.
2) The Wheeled Legs Configuration
Delivers high-speed mobility up to 5m/s (11.2 mph), supports payloads up to 30kg (66 lbs), and can clear obstacles up to 20cm (7.9 inches) while navigating challenging terrain. Optional auto-recharging support makes it well suited for industrial automation, autonomous operations, and long-duration deployments.
3) The Sole configuration
Optimized for reinforcement learning (RL) research and dynamic locomotion, including step-by-step stair climbing, adaptable lower-body experimentation, and advanced balance and movement algorithm development for embodied robotics systems.
Everything in View.
Complete Precision and Control.
Powered by a 7-DoF robotic arm with an industry-leading 70cm (27.5in) reach, delivering one of the largest workspaces in its class. Its human-like spherical wrist design enables smooth, agile movement across a wide range of tasks, while the forward-facing camera provides full visibility across the entire arm span for precise, real-time control.
Invisible Protection.
Smooth, Stable Operation
Advanced safety-boundary protection helps prevent accidental collisions and equipment damage during operation. A dual-redundant power system keeps the robotic arms securely locked in position even during unexpected power loss, providing enhanced operational stability and safety.
Engineered for Mobility and Performance
With dual wheeled-leg mobility, support for payloads up to 30kg (66 lbs), and optional auto-recharging capability, TRON 2 is designed for demanding research and industrial environments. Advanced motion control and all-terrain mobility allow the platform to confidently navigate complex real-world scenarios.
Vision-Guided Bipedal Mobility
Powered by multi-modal perception and advanced motion planning, TRON 2 can intelligently navigate complex terrain and climb stairs with smooth, balanced movement.
Native VLA Development Platform
An all-in-one robotics workflow platform designed to simplify data collection, annotation, training, inference, and task management – helping accelerate embodied AI development from research to deployment!
Comprehensive VLA Learning Resources
TRON 2 includes preloaded algorithm examples, tutorials, and development tools designed to help researchers and developers get started quickly — so you can focus on innovation instead of complex system setup.
Open Development.
Faster Innovation.
TRON 2 features full Python development support with compatibility for ROS1 and ROS2, along with a fully open SDK architecture designed for flexible robotics and embodied AI development. Open access to both high-level and low-level system controls enables advanced customization, research, and workflow integration.
