Embodied robotics platform
LimX TRON 2 Two-in-One Motion Suit - EDU Edition
A TRON 2 EDU motion configuration for bipedal and wheeled control, reinforcement learning, navigation, mobility research, simulation, and advanced robotics education.
Priced per configuration. Freight and customs are quoted separately.
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Contact for pricing
This platform is configured and quoted to your requirements. Freight, customs, and integration scope are confirmed before order.
- 100% deposit required under current reseller terms
- Freight and customs quoted separately
- Final included motion modules must be confirmed
Deployment Expertise
XR & robotics specialists on staff
Integration Support
SDK, ROS & simulator guidance
Enterprise Support
Hardware, software & deployment help
Global Fulfillment
Freight & customs coordinated
Spec Highlights
- 5 DoF per leg
- 2 DoF active-vision head
- Sole speed: 2-3 m/s
- Wheeled speed: 3-5 m/s
- Up to 20 cm step capability
- Python, C++, ROS 1 and ROS 2 support
Technical Specifications
Mechanical, compute, power, SDK, and interface details for research and deployment.
Mechanical
- Single leg dof
- 5
- Active vision head dof
- 2
- Sole speed m s
- 2-3
- Wheeled speed m s
- 3-5
- Sole max slope deg
- 15
- Wheeled max slope deg
- 30
- Max step height cm
- 20
Compute & Sensors
- Sensors
- waist RGBD camera, IMU
- Development resources
- SDK, Studio, simulation examples
Power & Battery
- Battery voltage v
- 46.8
- Battery capacity ah
- 9
- Max battery power w
- 2800
- Replaceable battery
- true
- Charging time
- 20-80% in 30 minutes; 20-100% in 54 minutes
Software & Interfaces
- SDK languages
- Python, C++
- Operating systems
- Linux, Ubuntu 20.04 reference environment, Windows low-level SDK availability
- Middleware & frameworks
- ROS 1, ROS 2, WebSocket JSON API
- Simulators
- NVIDIA Isaac Sim, MuJoCo, Gazebo
- Communication interfaces
- Ethernet, USB 3.0, EtherCAT, RS485
- Power interfaces
- 12V output, 24V output, 48V output, External power input
Product details
Overview
A modular TRON 2 motion-development configuration for bipedal and wheeled robotics research, reinforcement learning, navigation, control, and education.
- Interchangeable motion configurations
- Sole and wheeled control functions
- Supports Python, C++, ROS 1, and ROS 2 development
- SDK and simulator resources for secondary development
- Designed for mobility, control, and embodied-intelligence research
Purchase note: Final included modules, freight, customs, lead time, training, and integration requirements are confirmed during quotation. A 100% deposit is required under the current reseller terms.
Need More Than Hardware?
Knoxlabs also handles the deployment.


