SUMMARY

 

Geminoid F is a life‑like female android developed by Hiroshi Ishiguro Laboratories (ATR, Japan).

 

It is modeled on a real human woman and designed to reproduce facial expressions, micro‑movements, speech timing, and social presence through teleoperation.

 

Unlike general‑purpose humanoids, Geminoid F is built for human‑robot interaction research, telepresence, and psychological studies, exploring how humans respond to robots that closely resemble real people.

 

EDITORIAL:

 

Geminoid F is one of the most iconic androids ever created — not because of mobility or strength, but because of its uncanny realism.Its silicone‑based face, subtle blinking, breathing motions, and teleoperated expressions allow an operator to “inhabit” the robot, projecting their voice, timing, and emotional cues into a remote physical body.

 

This makes Geminoid F a powerful research platform for:

 

social presence

identity projection

telecommunication

emotional expression

human–robot trust

 

The robot has appeared in theater, documentaries, public exhibitions, and academic studies, becoming a cultural symbol of android science.

 

SPECIFICATIONS:

 

Dimensions & Build

 

Height: ~165 cm

Weight: ~30–35 kg

Skin: Silicone molded from a real human model

Frame: Human‑proportional skeletal structure

 

Mobility

 

Minimal mobility

Typically seated or fixed‑position

Not designed for walking or locomotion

Focus on upper‑body expressiveness

 

Degrees of Freedom

 

Total: ~12–20 DoF (varies by revision)

 

Facial DoF:

 

Eyebrows

Eyelids

Eyes (gaze control)

Cheeks

Mouth

Jaw

 

Upper body:

 

Neck

Shoulders

Torso micro‑movement

Actuation & Expression

Pneumatic + electric actuators

Realistic blinking

 

Subtle breathing motions

 

Lip‑sync for speech

Naturalistic head and gaze movement

Perception & Sensors

Microphones for telepresence

Cameras (in some versions) for operator feedback

Limited touch sensing

 

Compute & Teleoperation

Operated remotely via a telepresence interface

 

Operator controls:

 

Voice

Facial expressions

Head movement

Timing and conversational cues

Designed for presence replication, not autonomy

 

Applications

 

Human–robot interaction research

Telepresence and remote embodiment

Psychology and cognitive science

Theater and performance art

Media exhibitions

 

Pricing

 

Not commercially sold

 

Research‑only platform

 

WHAT IS NOT PUBLISHED:

 

Internal actuator specifications

Battery/runtime details

Full electronics architecture

Environmental ratings

 

Image: @AI.Exposed

 

COMPANY SOURCE:

 

https://youtube.com/shorts/RpHaVMWHfMk?si=cTNNu-5khXtiBgEl

 

https://youtube.com/shorts/IMELQQ6ZJwU?si=pw16TRhOHcjPKiqM

 

KEY NEWS & COVERAGE:

 

https://youtu.be/W3F-eh8vyBM?si=gfqkPWrnTZm1XyY2