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LimX Dynamics TRON 1 Multi-Modal EDU Biped Robot for AI & Robotics Research
The First Multi-Modal Biped Robot
The Gateway to Humanoid RL Research
Regular price
$20,000
Unit price
LimX Dynamics TRON 1 Multi-Modal EDU Biped Robot for AI & Robotics Research is backordered and will ship as soon as it is back in stock.
Care information
Care information
Store in a dry, dust-free environment and avoid impact or excessive vibration during handling. Do not disassemble the motor or modify internal components, as this may affect performance and void warranty. Ensure proper voltage supply and secure mounting before operation.
Shipping
Shipping
Free shipping. 12-Day delivery.
Description
Introduction / Overview
The Limx Dynamics TRON 1 Multi-Modal Biped Robot (EDU) is an advanced platform designed to facilitate research and development in humanoid robotics. It features a three-in-one modular design that allows for multi-modal algorithm development, making it an ideal tool for researchers and developers interested in exploring various aspects of robotic motion control. The robot can be configured in three distinct modes: Point-Foot for simple legged control, Sole for humanoid walking, and Wheeled for enhanced all-terrain mobility.
Design and Features
This robot serves as a comprehensive testbed for embodied intelligence research, supporting cross-field innovation in both robotic hardware and software. It is designed to be user-friendly, catering to both beginners and experienced professionals and is ready to use immediately upon unboxing. The bipedal structure is complemented by built-in high-performance motion control algorithms, ensuring efficient operation.
TRON 1 is equipped with a quick assembly and disassembly mechanism, allowing for the efficient switching of different foot-ends to create flexible combinations. It features automatic hardware recognition and software adaptation, which simplifies the process of integrating new components and algorithms. The fully open SDK and hardware interface provide users with the tools necessary to unlock the robot's full potential, enabling high-complexity algorithm validation.
TRON 1 is equipped with a quick assembly and disassembly mechanism, allowing for the efficient switching of different foot-ends to create flexible combinations. It features automatic hardware recognition and software adaptation, which simplifies the process of integrating new components and algorithms. The fully open SDK and hardware interface provide users with the tools necessary to unlock the robot's full potential, enabling high-complexity algorithm validation.
Development
The development environment is compatible with Python, eliminating the need for C++ and making it accessible for a wide range of users. The comprehensive URDF minimizes the Sim2Real gap, ensuring that simulations closely match real-world performance. Additionally, the robot includes practical peripheral expansion ports to support diverse research goals, and it is accompanied by a detailed user manual, a professional secondary development guide, and code examples to assist users in their projects.
▤ SPECIFICATIONS ⌃
Material
Aluminum Alloy + Industrial Plastic
Load Capacity
10 kg (Maximum 15 kg)
Movement Speed
Point Foot
< 1 m/s
Sole
< 1 m/s
Wheeled
≥ 5 m/s
Mobility Performance
Maximum Climbing Angle
≥ 15°
Maximum Obstacle Height Limitation
15 cm
Computer Specification
12th Gen i3 / 16GB RAM / 512GB (CPU/Memory/Storage)
Operating Environment
-5 to 40 °C, Operates in favorable weather conditions
Actuator
Rated Voltage
48 V
Rated Torque
30 Nm
Peak Torque
80 Nm
Peak Motor Speed
15 rad/s
Sensor Configuration
RGBD Camera
n.a.
IMU
Yes
Extensibility
Peripheral Expansion Ports
1x USB3, 1x GbE
Peripheral Power Supply Port
24V, Output Power: 100W (Peak 200W)
Peripheral Mounting Point
Yes
Remote Controller
Handheld Remote Controller
1 pcs
Communication Range
50 m
Software Upgrade
Supported
Remote E-Stop
Yes
E-Stop Button
Yes
Development & Tools
Secondary Development
Supported
SDK
Yes
Data Visualization Tools
Yes
Data Recording and Playback
Yes
Joint Control Algorithm
Yes
Simulation Platforms
Yes
Foot End Extension
Point-Foot
Four-directional Movement, Turning, In-place Stepping, Squatting Up and Down In-place
Sole
Four-directional Movement, Turning, In-place Stepping, Static Standing, Squatting Up and Down In-place
Wheeled
Four-directional Movement, Differential Steering, Turning, In-place Stepping, Static Standing, Squatting Up and Down In-place
Battery
Supply Voltage
48 V
Maximum Battery Power
1000 W
Battery Swapping
Yes
Battery Type
Ternary Lithium
Battery Capacity
240 Wh (48V/5Ah)
Battery Range
≥ 2h (At Rated Operational Conditions)
Charging Methods
Battery Charging / Quick Battery Swap
Charger
Battery Charging Dock
Charging Time (20%-80%)
< 1h
Charging Time (100%)
1.5h
Weight
≤ 20 kg






