Proving Ground
What We Offer
Future Mobility Campus Ireland offers a private, state-of-the-art proving ground for connected and autonomous vehicles. Designed to support the development, validation, and deployment of smart mobility solutions, our facility features a real-world driving environment, including instrumented public roads, smart city infrastructure, and dedicated test tracks.
Located in Shannon, Ireland, FMCI is a leading innovation hub for connected and autonomous vehicle research. We offer an unparalleled ecosystem for industry leaders, researchers, and technology pioneers in electric vehicles (EVs), intelligent transport systems (ITS), next-generation automotive sensors, and more.

Private CAV Testing Facility
• Secured with CCTV and access control
• Heated office space with observation area and outdoor viewing zone
• Integrated radar and fiber connectivity
• LoRaWAN connectivity for IoT-enabled testing
Dedicated Testing Zones
• Automotive testing and mixed mobility R&D areas
• Scenario testing for Vulnerable Road Users (VRUs)
• Braking test zones and calibration areas
• Various parking layouts
• Authentic road conditions to replicate real-world driving scenarios


Integrated Simulation Capabilities
• Proving ground linked to FMCI’s Digital Twin and driving simulator
• Seamless transition from virtual testing to real-world validation
Why Choose Us
Controlled Environment
Our proving ground offers a secure, adaptable space to develop and test innovative technologies, ensuring that solutions are optimized and ready for real-world application.
From Simulation to Deployment
With radar, fiber, and LoRaWAN connectivity, our proving ground for connected and autonomous vehicles supports sophisticated testing needs while integrating seamlessly with FMCI’s Digital Twin and driving simulator.
Comprehensive Support for Testing
Our future mobility facilities are tailored for a wide range of use cases, complete with modern observation areas, EV charging stations, and secure office spaces to enhance your testing workflow.