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Telenoid

Built by Ishiguro Lab and ATR · Japan

Updated Jun 2026·methodology
Telenoid

Overview

Telenoid is a robotic communications device. You connect to the robot over the Internet, and it will transmit your voice and mimic your face and head motions. It's like a mobile phone shaped like an alien. The Telenoid R1 was created at Osaka University by a team led by Hiroshi Ishiguro. The goal was to design a telepresence robot that could reproduce the voice and movements of a remote operator. The size of small child, the robot has a soft torso with a bald head, a doll-like face, and stumps in place of limbs.

Flagship features

  • Designed for advanced video conferencing as a communication device
  • Ideal for users who cannot attend meetings in person
  • Used in education for language teaching with interactive capabilities
  • Has received positive feedback from elderly users for its interaction
  • Functions via Wi-Fi for remote control and has pre-programmed actions

Specifications

Category: Research
Weight
5 kg
Autonomy
teleoperated
Launch year
2010
Price
$8,000
Status
active

Detailed specifications

Motion & kinematics3
Dof
9[1] or 12[3]
Dof Total
9
Dof Per Arm
2
Sensors1
Sensor Suite
camera,microphone
Compute1
Onboard Compute
One microcontroller (ARM7 60Hz) is embedded. An external PC is used for Telenoid control.
Other23
Height Mm
800
Price Tier
10-20K
Applications
teleoperation
Sub Category
android
Mobility Type
static
Pricing Model
purchase
Model Variants
Telenoid R2,Telenoid R2w,Telenoid R2l,Telenoid R3,Telenoid R3b,Telenoid R4
Company Country
JP
Deployment Notes
Used in work communication, education, and elderly care. Positive feedback reported from elderly interactions.
Humanoid Subtype
anthropomorphic_torso
Country Of Origin
JPN
Industries Served
research
Is Research Grade
true
Software Platform
Custom teleoperation system
Target Industries
research_academic
Availability Status
discontinued
Countries Available
Japan[3]
Deployment Maturity
prototype
Primary Applications
research_development
Teleoperation Method
sensor_headset
Programming Interface
teleoperation
Additional Information
- Designed for advanced video conferencing as a communication device. - Ideal for users who cannot attend meetings in person. - Used in education for language teaching with interactive capabilities. - Has received positive feedback from elderly users for its interaction. - Functions via Wi-Fi for remote control and has pre-programmed actions.
Deployment Environment
indoor

Where will these robots operate? Often the same as your country — add more for multi-country deployments.

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