Toyota Research Institute T-HR3 (Standard)

Overview

The T-HR3, developed by Toyota Research Institute, is a cutting-edge teleoperated humanoid research platform. This standard variant robot is designed to mirror an operator’s motions and forces, enabling exploration into safe remote assistance across diverse environments such as homes, hospitals, and various industrial settings.

As a human-scale humanoid, T-HR3 is engineered for practical work in demanding environments like warehouses, factories, and service operations. It excels at combining agile bipedal locomotion with sophisticated two-arm mobile manipulation capabilities, making it suitable for a wide array of tasks.

Key Features

• Teleoperated Humanoid Platform: Mirrors operator motions and forces for intuitive and precise remote control.
• Human-Scale Design: Engineered to operate effectively in environments designed for human interaction.
• Agile Bipedal Locomotion: Capable of navigating complex and dynamic indoor and outdoor environments.
• Two-Arm Mobile Manipulation: Provides versatile handling of objects, supporting a broad range of manipulation tasks.
• Designed for Human Proximity: Built with safety in mind for operation around people.
• Advanced Autonomy Support: Integrates modern perception and planning stacks, facilitating remote supervision and progressive levels of autonomy.
• Workflow Adaptability: Suitable for initial deployment in repeatable, low-variance workflows, with expandability to broader tasks.

Technical Specifications

Applications

The T-HR3's versatility and advanced capabilities make it ideal for a wide range of applications:

• Remote Assistance: Providing safe and effective remote support in challenging environments such as homes, hospitals, and various industrial settings.
• Warehouse & Factory Operations: Performing tasks like tote movement, line-side replenishment, machine tending, and point-of-use delivery.
• Service Environments: Adapting to diverse service-oriented tasks requiring human-scale interaction and manipulation.
• Material Flow & Inspection: Expanding beyond initial deployments to include broader material handling and inspection workflows.
• Automation of Challenging Jobs: Automating hard-to-staff and ergonomically demanding jobs, enhancing worker safety and productivity.

Benefits

Adopting the T-HR3 offers substantial advantages for organizations seeking to enhance efficiency and address workforce challenges:

• Automate Labor-Intensive Tasks: Provides a solution for jobs that are difficult to staff or pose ergonomic challenges, improving overall operational safety.
• Minimal Operational Disruption: Designed to integrate into existing layouts and processes, reducing the need for costly infrastructure changes.
• Rapid Time-to-Value: Enables quick deployment and integration, leading to faster realization of automation benefits.
• Progressive ROI: Supports stepwise return on investment by allowing for gradual expansion from initial repeatable workflows to broader applications.
• Flexible Integration: Offers robust integration options, including REST- or ROS-based APIs, fleet management hooks, and connectors to WMS-ERP-MES systems, ensuring seamless compatibility.
• Scalable Autonomy: Facilitates progression from remote supervision to higher levels of autonomy, adapting to evolving operational needs.