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ManufacturerToyota Motor CorporationRobot model · No. 1

CUE7

Humanoid Robots · Research & Development

In developmentJapan
Key fact218 cm · 5 km/h

CUE7 robot by Toyota Motor Corporation

Model details

Model specifications

Height218 cm
Max speed5 km/h
Runtime pr chargeN/A hours
Strength6 kg
Weight74 kg
AI TypeEmbodied AI
Autonomous ControlYes
Autonomous MovementYes
AvailabilityPrototype
Camera resolutionN/A
Carrying Capacity~5 kg per Arm (Estimated)
Cloud ConnectivityNot Publicly Disclosed
ConnectivityLikely Wi-Fi / internal network (not disclosed)
Control SystemReinforcement Learning + Model Predictive Control
Court NavigationYes
CPU/GPUN/A
Deadlift Capacity~8 kg (Estimated)
Degrees of freedom, handsN/A
Degrees of freedom, overallN/A
Distance Estimation SensorsYes
Dribbling While MovingYes
Drive SystemInverted Two-Wheel Balance System
Dynamic BalanceYes
Environmental PerceptionYes
Estimated DOF28–32 DOF
EthernetYes
Gear techN/A
Height219 cm (7 ft 2 in)
Hoop DetectionYes
Human-Like MotionYes
Ingress protectionN/A
Latency glass to actionN/A
LiDARYes
LLM integrationN/A
Main marketResearch and robotics development
Main structural materialMetal frame (likely aluminum alloy)
ManufacturerToyota Motor Corporation
Mobility TypeInverted Two-Wheel Humanoid
Motion SensorsYes
Motor techElectric actuators (not specified)
NationalityJapanese
NavigationAutonomous
Number of fingers2–3 (simplified gripper design)
Obstacle AvoidanceLimited Demonstrated
Operating ModeFully Autonomous
Operating systemN/A
Posture SensorsYes
PurposeBasketball & Embodied AI Research
Research IntegrationYes
ROS CompatibilityLikely
Safe with humansYes
Sensor InterfacesYes
Stereo VisionYes
StructureAluminum Alloy + Composite Materials
Vision CamerasYes
Websitehttps://global.toyota/en/
Weight74 kg
Wi-FiYes

About the CUE7

CUE7 serves as a technology demonstrator for advanced robotics, reinforcement learning, motion planning, perception, and autonomous control. The robot can autonomously dribble, navigate, track a basketball hoop, calculate trajectories, and perform high-precision basketball shots.

Typical applications: Research & Development.

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