ROS 2: Sim-to-Real Robot Control
IFRA (Intelligent Flexible Robotics and Assembly) Group
Centre for Robotics and Assembly
Cranfield University
Table of Contents
-
About
-
Documentation
-
Supported Robots and End-Effectors
- Contributing
- License
- Cite our work
- Contact
- Acknowledgments
About
Intelligent Flexible Robotics and Assembly Group
The IFRA (Intelligent Flexible Robotics and Assembly) Group is part of the Centre for Robotics and Assembly at Cranfield University.
IFRA Group pushes technical boundaries. At IFRA we provide high tech automation & assembly solutions, and we support smart manufacturing with Smart Industry technologies and solutions. Flexible Manufacturing Systems (FMS) are a clear example. They can improve overall operations and throughput quality by adapting to real-time changes and situations, supporting and pushing the transition towards flexible, intelligent and responsive automation, which we continuously seek and support.
The IFRA Group undertakes innovative research to design, create and improve Intelligent, Responsive and Flexible automation & assembly solutions, and this series of GitHub repositories provide background information and resources of how these developments are supported.
SOCIAL MEDIA:
IFRA-Cranfield:
Centre for Robotics and Assembly:
ros2_SimRealRobotControl Repository
The IFRA-Cranfield/ros2_SimRealRobotControl GitHub repository is a comprehensive framework designed to facilitate seamless integration of robots into both simulated and real-world environments using ROS 2. It provides a modular setup that allows for the easy deployment of various robot configurations, along with their corresponding controllers and end-effectors, without needing to redefine core parameters. The repository is built to support multiple robots, such as the ABB IRB-120, by enabling the use of ROS 2 packages that handle simulation, control, and MoveIt!2 for robot motion planning.
This repository is ideal for robotics researchers and developers who want to streamline the process of setting up robot environments for simulation and real-world tasks. It supports both Gazebo-based simulation for testing robot setups and MoveIt!2 for controlling robots in either virtual or physical environments. By organizing key robot and end-effector parameters in a modular way, it offers a flexible approach that makes it easy to switch between different robots, configurations, or tasks, accelerating both development and testing processes in industrial automation, robotics research, and advanced manufacturing systems.
VIDEO: Simulation and Control of an ABB-IRB120 using ROS 2
VIDEO: Simulation and Control of a Universal Robots - UR3 using ROS 2
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Documentation
For detailed information on installation, usage, and requirements, please refer to the following documentation files available in this repository:
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Supported Robots and End-Effectors
The Simulation & Control packages of the following Robots are currently included in our repository:
- ABB IRB-120.
- ABB IRB-1200.
- ABB IRB-1600.
- ABB IRB-6640.
- Annin Robotics AR4.
- Universal Robots UR3.
- Universal Robots UR3e.
- Universal Robots UR5.
- Universal Robots UR5e.
- Universal Robots UR10.
- Universal Robots UR10e.
- Universal Robots UR16e.
- Universal Robots UR20.
- KUKA LBR-iiwa.
- Staubli RX-160.
The following end-effectors are supported in ros2srrc:
- Schunk EGP-64 Parallel Gripper.
- Zimmer GPP5010NC Parallel Gripper.
- Robotiq HandE Parallel Gripper.
- Robotiq 2f-85 Parallel Gripper.
- Robotiq 2f-140 Parallel Gripper.
- Annin Robotics AR4 Parallel Gripper.
- Custom Vacuum Gripper (Cranfield University).
- Custom Vacuum Gripper (AMRC-Sheffield).
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Contributing
This repo contains only a few number of robots, end-effectors and simulation environments (layouts). Please do let us know if you wish to include a specific robot/end-effector or application into ros2_SimRealRobotControl!
The exact same thing for the ROS 2 Robot Actions/Triggers: A few number of robot movements have been implemented, therefore please do let us know if you have any ideas of a potential Robot motions for our repo!
Contributions are what make the open source community such an amazing place to learn, inspire, and create. Any contributions you make are greatly appreciated. If you have a suggestion that would make this better, or you find a solution to any of the issues/improvements presented above, please fork the repo and create a pull request. You can also simply open an issue with the tag “enhancement”.
Don’t forget to give the project a star! Thank you very much!
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License
Intelligent Flexible Robotics and Assembly Group
Created on behalf of the IFRA Group at Cranfield University, United Kingdom
E-mail: [email protected]
Licensed under the Apache-2.0 License.
You may obtain a copy of the License at: http://www.apache.org/licenses/LICENSE-2.0
Cranfield University
School of Aerospace, Transport and Manufacturing (SATM)
Centre for Robotics and Assembly
College Road, Cranfield
MK43 0AL, Bedfordshire, UK
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Cite our work
You can cite our work with the following statement:
IFRA-Cranfield (2023) ROS 2 Sim-to-Real Robot Control. URL: https://github.com/IFRA-Cranfield/ros2_SimRealRobotControl.
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Mikel Bueno Viso - Research Assistant in Intelligent Automation at Cranfield University
E-mail: [email protected]
LinkedIn: https://www.linkedin.com/in/mikel-bueno-viso/
Profile: https://www.cranfield.ac.uk/people/mikel-bueno-viso-32884399
Dr. Seemal Asif - Lecturer in Artificial Intelligence and Robotics at Cranfield University
E-mail: [email protected]
LinkedIn: https://www.linkedin.com/in/dr-seemal-asif-ceng-fhea-miet-9370515a/
Profile: https://www.cranfield.ac.uk/people/dr-seemal-asif-695915
Professor Phil Webb - Professor of Aero-Structure Design and Assembly at Cranfield University
E-mail: [email protected]
LinkedIn: https://www.linkedin.com/in/phil-webb-64283223/
Profile: https://www.cranfield.ac.uk/people/professor-phil-webb-746415
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Acknowledgments
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