Franka Research 3 (FR3)

The World’s Most Sensitive Robotic Arm for AI & Robotics Labs

Franka Research 3 Overview

The The Franka Research 3 (FR3) is a high-performance, force-sensitive robotic arm built for advanced research, AI, and robotics development. Engineered and manufactured in Germany, FR3 offers an unmatched combination of precision, responsiveness, and versatility. TÜV certified for human-robot collaboration, it is ideal for labs, research institutes, and industries pushing the boundary of robot learning, force control, and dexterous manipulation.

With 7 degrees of freedom, integrated torque sensors in all joints, and a 1 kHz motion control loop, FR3 gives researchers both low-level access and intuitive interfaces for rapid prototyping. It supports ROS 2, MATLAB & Simulink, and includes various control modalities. If you need high sensitivity, tight spacing operation, and powerful performance in a compact space, FR3 excels.

Features & Benefits

Franka Research 3 robotic arm performing precise tasks
7-DOF Arm with Human-like Dexterity

Enables motions within tight, constrained spaces; FR3 offers more flexibility for dexterous tasks and complex trajectories.

AI-powered Franka Research 3 robot demonstrating assembly
High Integrated Sensitivity

Torque sensors in all joints allow precise estimates of external contact forces; FR3 is excellent for force control, compliant manipulation, or delicate assembly tasks.

Franka Research 3 showing multi-axis robotic motion system
Real-Time, High-Frequency Motion Control (1 kHz)

Enables rapid control loops; FR3 is suitable for research relying on high responsiveness and minimal lag.

Intelligent robotic arm handling delicate manufacturing parts
Multiple Control Interfaces

Varying levels: Desk (UI / easier prototyping), Ride (experimental setups), FR3 FCI (Franka Control Interface) for low-level, real-time control — flexibility depending on use case.

Franka Research 3 performing automated industrial operations
Open Ecosystem & Strong Community Support

Compatible with ROS 2, MATLAB & Simulink; FR3 has broad developer tools, documentation, add-ons, and an active research community.

Advanced robotics arm designed for research and prototyping
Certifications & Safety

TÜV certified for human-robot collaboration; FR3 meets ISO standards (e.g. ISO 10218, ISO 13849), enabling safer research / industrial deployments.

Franka Research 3 demonstrating adaptive control technology
Workspace Efficiency & Precision

Excellent workspace usage (~94.5%), FR3 reach of about 855 mm; repeatability of ±0.1 mm makes it reliable for precise tasks.

Franka Research 3 Specifications
Payload3 kg
Reach~ 855 mm
Degrees of Freedom7-DOF
Workspace Efficiency~ 94.5 %
Position Repeatability± 0.1 mm
Control Loop Frequency1 kHz
Integrated SensorsTorque sensors in each joint; force / contact sensing capabilities
CertificationsISO 10218, ISO 13849; TÜV certified for human-robot collaboration
Interface SupportFCI (low-level), ROS 2, MATLAB & Simulink, Desk / Ride modes

Franka Research 3 Applications

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Robotics & AI Research Labs

For experiments in manipulation, learning by contact / force feedback, trajectory optimization, grasping, etc.

Safety-certified robotic arm ensuring no-fire hazard operations

Human-Robot Interaction Studies

Thanks to joint torque sensing and safety certifications, suitable for research in collaboration or shared workspace settings.

Franka Research 3 used in market research automation processes

Industrial Automation & Prototyping

For highly precise assembly, inspection, polishing, or other tasks where dexterity and fine force control matter.

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Education & Advanced Robotics Training

As a teaching platform offering both high-level usability and low-level control, excellent for graduate courses, robotics labs.

Franka Research 3 performing precision pick-and-place tasks

Simulation & Algorithm Development

Use in simulation (e.g. Mujoco), virtual test benches, development of control algorithms before hardware deployment. FR3 supports robust integration with software toolchains.

Integration & Support

Control Interfaces & APIs

Desk UI for prototyping; FCI for low-level control including joint torque / velocity / position; integration with ROS 2, MATLAB, and external custom controllers.

Safety Systems & Hardware Compliance

Built-in torque sensors, compliant with standards; internal safety supervision to avoid self-damage; emergency stop options; built for safe collaboration.

Tools & Add-Ons

Support for simulation tools, add-ons for performance (e.g. improved API support, joint calibration), hardware accessories; over-the-air updates keep the system current.

Maintenance, Warranty & Support

German build quality; documentation and datasheets; EdNex Automation can provide import, setup, calibration, spare parts sourcing, and local after-sales support for the region.

Franka robot showcasing collaborative robotics for industries

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