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DRC-HUBO+
ActiveHumanoidRecently Updated
KAIST

DRC-HUBO+

The DRC-HUBO+ is the DARPA Robotics Challenge-winning humanoid robot developed by Team KAIST at the Korea Advanced Institute of Science and Technology. It won first place and the $2 million prize at the DRC Finals in Pomona, California on June 6, 2015, completing all eight disaster-response tasks faster than any competitor. Its key innovation is the ability to transform between a walking bipedal posture and a wheeled kneeling posture — it drops to its knees and rolls on built-in knee wheels for fast, stable traversal, then stands up to use its arms and climb stairs. Built on the HUBO 2 (KHR-4) platform originally released in 2005, it represents over 15 years of humanoid research at KAIST led by Professor Jun-Ho Oh.

Technical Specifications

Height

125cm (standing)

Weight

80kg

Battery Life

~60 min (task-dependent)

Charging Time

Not disclosed

Max Speed

~3 km/h (wheeled mode), ~1.5 km/h (walking)

AI Engine

Semi-autonomous with human operator interface; FPGA-based 200Hz control loop

Sensors & Technology

Stereo CamerasLIDARIMUGyroscopesAccelerometersForce/Torque Sensors (feet)Encoders

Key Capabilities

Bipedal Walking
Wheeled Locomotion (knee wheels)
Walking-to-Wheeled Transformation
Stair Climbing
Door Opening
Valve Turning
Power Tool Operation
Vehicle Driving
Debris Traversal
38 Degrees of Freedom

Connectivity

Wireless (tethered control link for DRC)

On This Page

Price TBD

Research platform (not commercially available)

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Quick Facts

ManufacturerKAIST
CategoryHumanoid
StatusActive
Release Date2015
Last Verified2 days ago

Compatibility

ROSCustom KAIST Software
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