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Toyota T-HR3 Humanoid Robot

Humanoid

T-HR3

Toyota

Toyota T-HR3 is a prototype humanoid robot built for whole-body teleoperation and HRI research.

Height154 cm
Weight75 kg
DOF32
Payload2 kg
Manufacturer
Toyota
Catalog source check
May 4, 2026

Overview

T-HR3 is a humanoid robot developed by Toyota designed for advanced human-robot interaction. It showcases synchronized movement and remote operation capabilities to assist in various environments, including medical and disaster response.

Quick Facts

Manufacturer
Toyota
Source checked May 4, 2026
Category
humanoid robot
Source checked May 4, 2026
Primary use cases
Research, Manufacturing, General Purpose
Source checked May 4, 2026

What are the T-HR3 specifications?

canonical
Target Sectorshome assistance R&D, medical facilities R&D, construction/disaster response R&D, space/remote operations R&D
Degrees Of Freedom32 axes and 10 fingers
Height1.54 m
Max Payload2 kg
Weight75 kg
locomotion
Payload kg2 kg
physical
Weight kg75 kg
Degrees of freedom32 axes and 10 fingers
Moving parts29 body parts
Height mm1540 mm
Master maneuvering system degrees of freedom16 axes
AccessoriesData Glove, Head-Mounted Display
Height m1.5 m
Master maneuvering system weight kg170 kg
Master maneuvering system dimensions mmW 850 x D 1500 x H 1450 mm
compute
Teleoperation systemMaster Maneuvering System: wearable controls mapping hand/arm/foot movements; head-mounted display; data glove; self-interference prevention technology
commercial
Deployment statusPrototype / R&D platform; featured at International Robot Exhibition 2017 (Tokyo Big Sight, Nov 29–Dec 2, 2017)
sensing
Force/Torque SensorsCr-N alloy thin-film-based torque sensor integrated in Torque Servo Module at each joint (force feedback capable)

Performance benchmark

Computed 0-10 capability scores appear only when the required source-backed inputs are verified.

Scoring methodology

Partial evidence confidence

Computed capability scores use a normalized 0-10 scale from official, verified catalog inputs. Missing required inputs are shown as Not enough verified data instead of a numeric score.

Inputs: speed, payload, degrees of freedom, autonomy/software evidence, and dexterity-related evidence.
Freshness: each numeric score requires a source URL and verified date from the catalog record.
Guardrail: Scores are comparison aids only and do not indicate deployment readiness, suitability, price certainty, or availability.
Not enough verified data to render a five-axis numeric benchmark for T-HR3.
SpeedNot comparable

Not enough verified data

0 to 3.5 m/s maps to 0-10

Agility5.5/10

Computed from official degree-of-freedom coverage as a proxy for motion envelope.

10 to 50 degrees of freedom maps to 2-10

Inputs: Degrees Of Freedom

Verified May 4, 2026

Source
Strength0.4/10

Computed from an official payload or carrying-capacity field.

0 to 50 kg payload maps to 0-10

Inputs: Max Payload

Verified May 4, 2026

Source
AutonomyNot comparable

Not enough verified data

Source-backed autonomy, SDK, simulation, or compute evidence maps to 5.5-7.5

Dexterity6.0/10

Computed from official degrees of freedom, with a small boost when official dexterity-related evidence is present.

5 to 50 degrees of freedom maps to 1-10, with a sensor/end-effector evidence boost

Inputs: Degrees Of Freedom

Verified May 4, 2026

Source

Frequently asked questions about T-HR3

T-HR3 is categorized as humanoid robot.

Related pages for T-HR3

Entity links connect this robot to catalog, manufacturer, learning, and comparison surfaces.

Documents

T-HR3 technical overview

Technical references and documentation for T-HR3

Spec sheetWeb
Open file

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