TAAFT
Free mode
100% free
Freemium
Free Trial
Deals
Back to robots

FR3 Duo

Company: Franka Robotics
Robot details
Manufacturing country
🇩🇪 Germany
Autonomy level
Assisted
Status
Prototype
Release date
01 Aug 2025
Flagship robot
FR3 Duo
Robot types
Manipulator Industrial Service
Primary use cases
Education Research
Visit website

About

A reference dual-arm research robot system combining two Franka Research 3 arms on a single mount, designed for bimanual manipulation, control, and imitation learning with minimal integration overhead.

Specs

FR3 Duo consists of two fully featured Franka Research 3 arms mounted on a compact shared structure, forming a bimanual manipulation platform. Each arm provides a reach of 855 mm, a payload capacity of 3 kg, 7 degrees of freedom, and 7 integrated torque sensors. The system supports low-level 1 kHz real-time control via the Franka Control Interface (FCI) and full ROS 2 ecosystem integration. Perception is enabled through a head-mounted stereo camera, additional torso and dual wrist cameras, and the mount includes mechanical and electrical expansion points for future upgrades and research add-ons.

Similar robots

  • Franka GELLO Duo image
    Franka GELLO Duo
    Service · DE · Teleoperated
    Prototype
    A dual-arm teleoperation system that adapts the GELLO interface for bimanual control of FR3 Duo, enabling imitation learning, advanced du...
  • Mobile FR3 Duo image
    Mobile FR3 Duo
    Mobile · DE · Assisted
    Prototype
    An all-in-one mobile manipulation research system combining the Tactile Mobile Robot with FR3 Duo, integrating mobility, perception, and ...
  • Tactile Mobile Robot image
    Tactile Mobile Robot
    Mobile · DE · Teleoperated
    Prototype
    An advanced mobile research robot optimized for teleoperation, mobile manipulation, and embodied AI research, designed for seamless integ...
  • Franka Research 3 image
    Franka Research 3
    Manipulator · DE · Assisted
    Commercially available
    A world-class, force-sensitive robotic arm platform designed for robotics and AI research, offering human-like dexterity, high-precision ...
0 AIs selected
Clear selection
#
Name
Task