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The gateway to legged robotics research.

The first multi-modal biped robot featuring a unique three-in-one modular foot design. Point-foot, bipedal, and wheeled configurations in a single platform — purpose-built for embodied AI research and reinforcement learning.

3-in-1Foot Modes
OpenSDK
PythonCompatible
$28KFrom AUD
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TRON 1 Bipedal Robot
Concept Design Prototype Field Trial Available

Custom development for your research goals.

Beyond hardware supply, Crest Robotics provides end-to-end integration services — from algorithm implementation and sensor integration to custom application development tailored to your specific research objectives.

Let us handle the technical complexity.

Whether you need custom gait controllers, multi-robot coordination systems, or specialized sensing configurations — our engineering team can design, implement, and deploy solutions that accelerate your research timeline.

Three configurations. One platform.

TRON 1's defining feature is its rapid-swap foot system — enabling researchers to work with point-foot, bipedal, and wheeled configurations from a single unit. Automatic hardware recognition and software adaptation streamline the transition between modes.

Point-Foot configuration

Point-Foot

Simplest control configuration for fundamental balance and locomotion research.

Sole (Bipedal) configuration

Sole (Bipedal)

Bipedal form factor with full standing and walking capability for legged mobility studies.

Wheeled configuration

Wheeled

All-terrain mobility enhancement for extended navigation and multi-modal locomotion research.

Extend capabilities with modular hardware.

Three official expansion kits transform TRON 1 into a comprehensive research platform — adding manipulation, voice interaction, and advanced sensing capabilities.

Arm Expansion Kit

Arm Expansion Kit

Powered robotic arm enables mobile manipulation research, whole-body control, and advanced motion planning capabilities.

Voice Interaction Kit

Voice Interaction Kit

NVIDIA NX module with high-fidelity microphone array for voice wake-up, speech control, and human-like interaction research.

Sensor Expansion Kit

Sensor Expansion Kit

Integrated LiDAR and depth camera with optimized FOV for 3D mapping, navigation, and dynamic obstacle avoidance.

Fully open SDK. No C++ required.

Python-compatible development environment with comprehensive URDF documentation minimizing the simulation-to-reality gap. Supports mainstream platforms including NVIDIA Isaac, Mujoco, and Gazebo.

Three official expansion kits.

Arm Expansion Kit for mobile manipulation research. Voice Interaction Kit with NVIDIA NX module and microphone array. Sensor Expansion Kit with LiDAR and depth camera integration.

Three-in-one modular foot design with rapid-swap mechanism
Fully open SDK and hardware interfaces
Python-compatible — no C++ required
Comprehensive URDF documentation for minimal sim-to-real gap
Supports NVIDIA Isaac, Mujoco, and Gazebo platforms
Automatic hardware recognition and software adaptation
Three official expansion kits available (Arm, Voice, Sensor)

Embodied AI Education

Entry-level platform for teaching bipedal, legged robotics, reinforcement learning, and embodied AI fundamentals with hands-on hardware.

Motion Control Algorithms

Multi-modal foot system enables development and validation of locomotion algorithms across point-foot, bipedal, and wheeled configurations.

Whole-Body Control

Expand with arm kit for mobile manipulation research, exploring coordinated whole-body control strategies and human-robot interaction.

ConfigurationThree-in-one modular foot system
Foot ModesPoint-Foot, Sole (Bipedal), Wheeled
SDKFully open, Python-compatible
Simulation PlatformsNVIDIA Isaac, Mujoco, Gazebo
DocumentationComprehensive URDF
Expansion KitsArm, Voice (NVIDIA NX), Sensor (LiDAR + Depth)
ProgrammingNo C++ required
Price (Standard Edition)From AUD $28,000

Crest Robotics is an authorized distributor of LimX Dynamics TRON 1 bipedal research platforms. We provide technical support, integration consulting, and local service for research institutions and development teams.

Ready to advance your robotics research?

Contact us for pricing, technical specifications, and educational discounts.

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