3D ASSETS
Franka Robotics releases official 3D model files for its robot systems. As the community grows, so does the number of unofficial versions scattered across repositories and platforms. This page is the single source maintained and released directly by Franka — so you always know you are working with the correct, up-to-date geometry.
Robot models
Files are available in four standard formats:
- CAD — Mechanical geometry for hardware integration and design reference
- URDF — Unified Robot Description Format, the standard for ROS-based control and planning
- USD — Universal Scene Description, optimized for simulation in NVIDIA Isaac Sim and Omniverse
- MJCF — MuJoCo XML format, widely used for physics simulation and reinforcement learning research
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Robot |
SolidWorks |
URDF |
USD |
MJCF |
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Franka Research 3 (FR3) Arm* |
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FR3 Duo |
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FR3 Duo with Reference Franka Vision & Manip. Kit** |
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Tactile Mobile Robot (TMR) |
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Mobile FR3 Duo |
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Mobile FR3 Duo with Reference Franka Vision & Manip. Kit** |
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Franka Control |
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* All FR3 Arms of the table above — including those used in FR3 Duo and Mobile FR3 Duo — are v2
** Franka Vision & Manipulation Kit = includes two Robotiq 2F-85 Grippers, two RealSense D405 wrist cameras with dedicated holders, and a Stereolabs ZED Mini Stereo Camera mounted on a Franka Head Bracket.
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Other Robots |
SolidWorks |
URDF |
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Franka Research 3 (FR3) Arm v2.1 |
get it from GitHub | |
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Franka Research 3 (FR3) Arm v1 |
download | get it from GitHub |
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Franka Production 3 (FP3) Arm |
download | |
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Franka Emika Robot (FER) Arm |
download | get it from GitHub |
Accessories models
Beyond the full robot assemblies above, we also provide individual mounting and adapter components, ready to print or machine, for integrating third-party hardware with your Franka system.
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VISUALIZATION
Load robot models into your rendering or UI environment to display accurate geometry, joint structure, and link configuration — for documentation, presentations, or monitoring interfaces.
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SIMULATION
Run physics-based simulations of Franka robots in environments like NVIDIA Isaac Sim or MuJoCo — enabling safe, cost-effective testing of control policies before real-world deployment.
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MOTION PLANNING & CONTROL
Use URDF or USD models as the basis for motion planning pipelines (e.g. MoveIt) and real-time control workflows, with accurate kinematic and dynamic parameters.
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AI & DATA COLLECTION
Build digital twins and synthetic data pipelines for training and benchmarking physical AI models — replicating the exact hardware configuration across labs and institutions.
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DEVELOP ON THE FRANKA ROBOT PLATFORM
The resource hub for developers working with the Franka Research 3 robot platform. Dive into a wealth of tools, libraries and documentation designed to accelerate your development journey. Whether you're a seasoned developer or just starting out, you'll find everything you need to build, create and innovate.