The Multi-Form Robot That Transforms
TRON2 adapts to any challenge. Stationary manipulation. Bipedal navigation. Wheeled mobility. Quadrupedal strength. One platform. Four possibilities.
Four Forms. Infinite Possibilities.
Transform your robot instantly for any mission without buying multiple systems
Dual-Arm Configuration
Navigate 30° slopes and clear 20cm obstacles in any configuration
- 70cm operational reach
- 10kg dual-arm payload
- ±0.5mm positioning accuracy
- Interchangeable end-effectors
Bipedal Configuration
Navigate complex terrain like stairs and uneven ground. Dynamic balance with 5-DoF legs per limb.
- 2.0-3.0 m/s walking speed
- 15° climbing capability
- 20cm obstacle clearance
- 30kg payload on flat ground
Wheeled-Leg Configuration
High-speed mobility with shock absorption. Perfect for logistics and rapid traversal.
- 3.0-5.0 m/s speed
- 30° climbing slope
- 36 m/s² acceleration
- 30kg payload capacity
Quadrupedal Configuration
Combine two units for a 20-DoF quadruped. Stable, powerful, built for demanding terrain.
- 20-DoF kinematic chain
- Enhanced stability platform
- Retains full manipulation
- Stair climbing with precision
Engineering Excellence
AI-Powered Control
Intel i7-1165G7 processor with reinforcement learning policies for real-time autonomous operation
Vision-Language-Action (VLA)
Multi-camera RGBD system with natural language processing. Commands in plain English.
Full Connectivity
USB 3.0, Gigabit Ethernet, CAN, EtherCAT, ROS/ROS2 compatible. API-first architecture.
Sim-to-Real Pipeline
Train in Isaac Sim, MuJoCo, or Gazebo. Deploy to hardware in hours. Complete URDF models included.
4-Hour Battery Runtime
9Ah lithium battery. 2,800W max power draw. Full charge in 54 minutes.
Safety First
Invisible Guardian collision prevention. Dual-redundant power locks. Auto-recharge docking.
20-DoF
Quadruped Legs
14-DoF
Arm Articulation
5 m/s
Max Speed
30kg
Arm Articulation
10,000+
Open Datasets
2 Hours
VLA Deployment
Why Choose TRON2?
Built for researchers and innovators who demand flexibility without compromise
Disruptive Pricing
Base model starts at $7,000. EDU kits from $16,499. Democratizing embodied AI access globally.
Complete Modularity
One platform replaces multiple robot purchases. Transform configurations in minutes without tools.
Best-in-Class Dexterity
70cm reach, 10kg payload, ±0.5mm accuracy. Industry-leading manipulation with human-like wrists.
Open Ecosystem
Full Python/C++ SDKs. Model Context Protocol integration. Conversational robot control via ChatGPT/Claude.
VLA Foundation
Pre-trained vision-language models. Natural language understanding built-in. 10,000+ real-world datasets.
Future-Ready
LimX COSA OS support. Continuous firmware updates. Designed for AGI research and real-world deployment.
Frequently Asked Questions (FAQ)
Collie’s IoT sensors (Beacons/NFC) track robot location and status in real-time, while our AI Video Analytics help autonomous robots navigate, detect humans, and avoid obstacles safely.
Yes. Similar to our fleet tracking use-cases, Collie can monitor whether autonomous cleaning robots have successfully completed their routes and tasks in designated facility areas.
Our AI can detect missing PPE or unauthorized entry. If a worker enters a hazard zone, the system can instantly signal the automated machinery or patrol robot to halt operations.
Yes. Collie’s Face Recognition can be embedded into service or receptionist robots to identify registered staff, trigger stranger alerts, and manage automated access control.
You can use Collie’s Environment Monitoring sensors to track ambient temperature and humidity. The system sends instant alerts if conditions pose an overheating or damage risk to the robots.
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