Philip K. Dick Android

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Research and development

Autonomous task execution

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Philip K. Dick Android Capabilities

Inherent physical, perceptual, and cognitive abilities built into Philip K. Dick Android.

Gesture recognition

Philip K. Dick Android • Hanson Robotics

Human-robot interaction

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Review Videos

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Robot Specifications

Primary Use Cases

Manufacturing, research, logistics, infrastructure inspection, remote operations

Pet Friendly

Yes, with safety protocols

Deployment

Teleoperation, autonomous, learned behaviors

Multi-Robot Coordination

Multi-robot coordination via network

Social Interaction

Tool changers, gripper interfaces, sensor mounts

Social Interaction

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Latest News About Philip K. Dick Android

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humanoid

Hanson Robotics’ Philip K. Dick Android shows how teleoperated humanoids can turn author likeness into a conversational machine

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A literary body returns

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Why this robot matters

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How it worked

The Philip K. Dick Android, built by Hanson Robotics with collaborators including the FedEx Institute of Technology team, the University of Texas at Arlington, and later rebuilt with VPRO support, was demonstrated as a lifelike humanoid bust designed to recreate the science-fiction writer’s voice and presence. The project mattered because it tackled a hard humanoid problem that is still central today: how to combine human motion input, speech, and facial expression into a believable social robot.

May 17, 2026Read Article →

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Albert HUBO

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Albert HUBO is a pioneering bipedal humanoid robot that integrates KAIST's robust walking platform with Hanson Robotics' lifelike Einstein head, marking the first android face on a mobile frame. Standing 137 cm tall and weighing 57 kg, it features 66 degrees of freedom for dynamic bipedal locomotion at up to 1.37 km/h, expressive facial movements via 28 servomotors in Frubber skin, and five-fingered hands for gestures. Equipped with cameras, gyroscopes, accelerometers, and foot sensors, it enables stable walking, balance, and human-like interactions including happiness, sadness, anger, and surprise expressions. Developed for the APEC Summit, it advanced social robotics, human-robot interaction, and android integration, serving as a research benchmark for emotional engagement and bipedal stability in entertainment and education.