Copy of Hiroshi Ishiguro
The android is a copy of its creator, Hiroshi Ishiguro. Published research identifies HI-1 as the first Geminoid-type android. [6]
Specs, price & availability · verified Oct 2026
Geminoid HI-1 is a 60 kg upper-body from Hiroshi Ishiguro Laboratory (Japan), discontinued with no published price.
Last verified Oct 10, 2026
Price & availability
Discontinued
Current dataset status: Discontinued.
Product overview
Geminoid HI-1 is a teleoperated android copy of Hiroshi Ishiguro, built by his laboratory with ATR and Kokoro. A peer-reviewed account says development was completed in 2006 and identifies HI-1 as the first Geminoid-type android.
Published research describes 50 mostly pneumatic actuators and 50 degrees of freedom. Robotsguide lists only a sitting-posture height of 140 cm and reports a weight of 60 kg. The Osaka lab describes Geminoids as teleoperated androids resembling a specific original person, so HI-1 is controlled remotely rather than operating as an autonomous conversational robot.
A freely licensed 2009 photograph on Wikimedia Commons shows Ishiguro beside HI-1 at the Ars Electronica festival. Robotsguide labels the model inactive, so this page treats it as a discontinued historical robot. No current product page or sales channel was found.
Capabilities
The android is a copy of its creator, Hiroshi Ishiguro. Published research identifies HI-1 as the first Geminoid-type android. [6]
The Osaka lab describes Geminoid androids as tele-operated and resembling the original person, so the robot is driven remotely. [3]
Robotsguide lists 50 pneumatic actuators and 50 degrees of freedom across the head, torso, arms and legs. [1]
Hardware profile
Quick answers
No general order page is verified. Geminoid HI-1 is currently classified as discontinued. [3]
Geminoid HI-1 has 50 listed degrees of freedom; Head 13, torso 15, arms and legs 22 (robotsguide). [1][6]
Geminoid HI-1 is made by Hiroshi Ishiguro Laboratory, based in Japan. [3]
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Evaluation footprint
No benchmark embodiments or results reference this robot yet.
Related
Evidence