ULS TR1 Humanoid Composite Robot

The ULS TR1 (Transform Robotics) represents ULS Robotics’ humanoid composite robot platform, combining exoskeleton wearable technology with independent robotic operation capabilities. Unveiled at the 2024 World Artificial Intelligence Conference (WAIC), TR1 demonstrates the company’s expansion beyond pure exoskeleton products into broader robotics applications.

Product Overview

TR1 embodies a hybrid concept: the system can function as a wearable exoskeleton when worn by a human operator, or operate independently as an autonomous humanoid robot. This dual-mode architecture addresses use cases where human presence may be unnecessary, dangerous, or impractical while maintaining compatibility with human-assisted operation when desired.

The development reflects ULS Robotics’ strategic view that exoskeleton technology shares fundamental capabilities with humanoid robotics—both require precise motion control, force management, balance systems, and environmental adaptation. TR1 uses the company’s accumulated expertise in these domains.

Key Features

Designed for flexible human-robot operation, ULS TR1 switches between wearable exoskeleton mode and autonomous humanoid robot mode using AI large model control.

• Dual operation modes: Wearable exoskeleton mode and independent robotic mode
• Transformer architecture: Mechanical design enabling mode switching
• AI-powered control: Large model integration for task execution optimization
• Industrial heritage: Built on proven exoskeleton technology platform
• Research flexibility: Platform suitable for development and customization

Technology Platform

TR1 incorporates ULS Robotics’ core technology systems adapted for humanoid robotics:

• Motion control algorithms proven across industrial exoskeleton deployments
• Force-following and force-feedback systems enabling sensitive manipulation
• Mechanical impedance simulation for natural movement characteristics
• AI large model integration optimizing complex environment task execution
• Sensor fusion for environmental awareness and navigation

The company’s experience collecting real-world movement data through exoskeleton deployments provides training inputs for TR1’s AI systems—a competitive advantage over humanoid robot developers lacking similar operational data sources.

Development Status

ULS TR1 was announced as a milestone product in 2024, with the “启元TR01” (Qiyuan TR01) version mentioned in subsequent company communications. As of 2025, the company continues advancing the platform through:

• AI optimization for complex environment task execution
• Brain-computer interface preliminary research for future human-robot interaction
• Integration with the company’s exoskeleton product ecosystem

Target Applications

TR1 addresses applications where flexible human-robot operation modes provide advantages:

• Hazardous environment operations: Independent robot mode for dangerous tasks
• Heavy industrial work: Human-worn mode for strength augmentation
• Research and development: Platform for robotics technology advancement
• Logistics and manufacturing: Adaptable automation solutions
• Emergency response: Switchable operation based on situation requirements

Regulatory Status

TR1 represents an emerging product category; regulatory classification and certification pathways may evolve as the platform develops toward commercial deployment.

Frequently Asked Questions

How does TR1 differ from other humanoid robots?

TR1’s distinguishing feature is its dual-mode operation combining wearable exoskeleton and independent robot functionality. Most humanoid robots operate solely as autonomous systems. TR1’s architecture enables human operators to physically guide the robot’s movements, providing intuitive training data and fallback operation when autonomous control is insufficient.

Is TR1 commercially available?

ULS Robotics announced TR1 as a development milestone in 2024-2025. Commercial availability timelines and pricing have not been publicly disclosed. The company continues advancing the platform while focusing commercial efforts on established exoskeleton product lines.

What is the relationship between TR1 and ULS Robotics’ exoskeletons?

TR1 represents technology evolution rather than replacement. The humanoid robot builds on exoskeleton capabilities—motion control, force management, sensor integration—while adding autonomous operation features. ULS Robotics maintains its exoskeleton business as the commercial foundation while TR1 explores new applications.