T-HR3
Teleoperated humanoid — research platform for force-feedback manipulation and remote assistance in hazardous environments
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- Remote manipulation of hazardous materials or decontamination tasks in disaster-stricken areas
- Force-feedback assembly or delicate object handling in research facilities
- Space exploration preparation and orbital dexterity testing
Advanced force-feedback control
Master Maneuvering System enables precise torque-servo manipulation, useful for delicate handling research and hazardous material interaction studies.
- Obstacle avoidance
- Multi-floor
- Elevator support
- Voice interaction
- Screen interaction
- Autonomous charging
- Fleet management
- Indoor
- Outdoor
When to deploy this.
- Remote manipulation of hazardous materials or decontamination tasks in disaster-stricken areas
- Force-feedback assembly or delicate object handling in research facilities
- Space exploration preparation and orbital dexterity testing
When to skip it.
- Requires continuous teleoperation via Master Maneuvering System (no true autonomy); operator fatigue limits deployment time
- Speed maxes out at 7 km/hour and only functions reliably on flat surfaces; stairs and uneven terrain unsupported
- Unknown battery life and payload capacity; no power scaling specs published; very heavyweight control rig (170 kg) limits deployment logistics
Use this moment to capture buying intent before the user drifts back into research mode.
Directional estimate based on price, labor offset, and readiness scores.
Local configuration required
Future
How operationally ready this robot is for production deployment today.
Confidence in the published ROI numbers — how likely the savings actually materialize.
Share of the human task this category can credibly offload.
Fit with your target environment — lighting, floor type, congestion.
Expected maintenance load and downtime risk. Lower is better.
Long-horizon strategic upside — where the platform points 3+ years out.
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Specifications (height, weight, speed, degrees of freedom, 10-fingered hands, 32 DoF) sourced from IEEE Spectrum and official Toyota newsroom releases (November 2017). Control system architecture (Master Maneuvering System, Torque Servo Module, force feedback) documented in Toyota global newsroom and partner media. Speed tested on flat surfaces per Wikipedia entry on Toyota Partner Robot lineage. Master Maneuvering System weight (170 kg) from independent tech blog analysis. No commercial pricing, battery life, or payload data found in any source; robot remains research-stage and not available for purchase as of August 2026.
- Deployment readinessInferred
- ROI clarityInferred
- Labor replacement potentialInferred
- Environment fitInferred
- Maintenance riskInferred
- Future potentialInferred
- Price rangeEstimated
- Lease rangeEstimated
- AvailabilityEstimated
- MaturityEstimated
- PayloadEstimated
- Battery lifeEstimated
- DimensionsEstimated
- Dimensions (mm)Estimated
- ConnectivityEstimated
- CapabilitiesEstimated
- SpeedSourcePress
- WeightSourcePress
- NavigationSourcePress
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Frequently asked questions
How much does Toyota T-HR3 cost?
The manufacturer has not published pricing for Toyota T-HR3. Check the official product page or request a quote for current numbers.
What is Toyota T-HR3 best used for?
Toyota T-HR3 is best suited for: Remote manipulation of hazardous materials or decontamination tasks in disaster-stricken areas · Force-feedback assembly or delicate object handling in research facilities · Space exploration preparation and orbital dexterity testing.
Can I buy Toyota T-HR3 today?
Toyota T-HR3 has been announced but is not yet purchasable — treat published specs as provisional.
What are the best alternatives to Toyota T-HR3?
Buyers most often weigh Toyota T-HR3 against MagicLab MagicBot Z1, PNDbotics Adam, AgiBot A2. Use Robofy's head-to-head compare pages for a spec-by-spec breakdown.