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T-HR3
T-HR3

T-HR3

Research humanoid with full-body teleoperation, force feedback, and 32 DoF whole-body control.

HUMANOID ROBOTPROTOTYPE
Demo unavailableOfficial demo footage has not been added yet.
Height
154 cm
Weight
75 kg
Degrees of Freedom
32
Status
Prototype
Announced
N/A
Manufacturer
Toyota

About T-HR3

T-HR3 is a humanoid robot developed by Toyota, the Japanese automotive manufacturer, as a research platform for teleoperation, physical human-robot interaction, and remote assistance. Introduced in 2017 as the third generation of Toyota’s humanoid research program, T-HR3 was created to explore how people can safely control robots in environments that are hazardous, inaccessible, or physically demanding. The robot stands approximately 1.54 meters tall, weighs around 75 kilograms, and features 32 degrees of freedom with torque-controlled actuators throughout its body. It is equipped with two dexterous five-finger hands capable of manipulating objects while maintaining precise force control. T-HR3 is operated through Toyota’s Master Maneuvering System, a wearable control interface that mirrors the operator’s movements in real time. Force feedback technology transmits physical contact back to the operator, allowing them to feel the forces experienced by the robot during manipulation.

Capabilities

Sensing

  • Stereo cameras in head
  • Force/torque sensors
  • 6-axis force sensors in feet
  • Torso-mounted camera

AI & Intelligence

  • Master-slave control system
  • Force feedback mapping
  • Balance control

Connectivity

  • High-bandwidth teleoperation link
  • WiFi
  • 5G compatible

Highlights

  • Telepresence Control
  • Toyota Research Institute

Applications

Home assistance

Disaster response

Remote work

Healthcare

Patient care, rehabilitation, and facility support

Technical Specifications

Height
154 cm
Weight
75 kg
Degrees of Freedom
32
Walking Speed
3 km/h
Payload
5 kg
Runtime
2 hours

Timeline

CurrentT-HR3 listed as prototype