ROBOTIS · Research humanoid

ROBOTIS OP3

Open-source mini humanoid for research and RoboCup

Prix d'achat From about US$13,764

Height / weight
510 mm / approx. 3.5 kg
Degrees of freedom
20
Actuators
DYNAMIXEL XM430
Computer
Intel NUC
Software
Open-source ROS / ROS 2
Best for
Education and research

De près

OP3 is ROBOTIS' 510 mm, 3.5 kg open-source humanoid, built on 20 XM430 smart servos and an onboard Intel NUC. It walks, kicks and tracks objects, and comes with ROS source code, examples and simulation. It is a standard platform for university robotics courses and RoboCup soccer research.

Fonctionnalités clés

20 DOF

Walking, kicking, balancing and head tracking.

Compact

510 mm, suited to labs, classrooms and competitions.

Open source

ROS code, examples and simulation included.

Onboard PC

Intel NUC runs vision and AI on the robot.

Smart servos

XM430 actuators with feedback and easy maintenance.

RoboCup ready

Built for autonomous soccer and team-robot research.

Est-il fait pour vous ?

Idéal si

  • University robotics courses
  • RoboCup and autonomous behaviour research
  • ROS, vision and locomotion projects

Moins adapté si

  • Beginner or toy use
  • Carrying loads or human-scale interaction

Utilisations

Caractéristiques

Robot type
Compact research humanoid
Main purpose
Humanoid education and research
Operating environment
Indoor labs and classrooms
Availability
Sold by ROBOTIS and regional partners
Degrees of freedom
20
Actuators
DYNAMIXEL XM430 smart servos
Mobility
Bipedal walking, programmable motion
Compute
Intel NUC (x86)
Software
ROS / ROS 2, DYNAMIXEL SDK, open source
Battery / power
11.1 V, 3,300 mAh LiPo
Sensors
Logitech C920 camera, dual microphones, 9-axis IMU
Height
Approx. 510 mm
Weight
Approx. 3.5 kg (without skin)
Comparer avec d'autres robots →

Tarifs

🇺🇸États-Unis
Demander

Questions

How much is OP3?

ROBOTIS lists it at about US$13,764 in the US, before shipping and taxes.

Does it support ROS 2?

Yes, current ROBOTIS documentation includes ROS 2 tooling alongside its established ROS packages.

How long does it run?

Runtime isn't published. It runs on a 3,300 mAh LiPo battery and can use external DC power during development.

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