Aurrigo secures GBP 1.43 million UK grant to trial airside autonomous vehicles

Aurrigo International has received GBP 1.43 million from the UK government’s CAM Pathfinder program to launch Project SENTRY. The initiative will deploy driverless Auto-Shuttle vehicles at Teesside International Airport and Cincinnati/Northern Kentucky International Airport to automate safety patrols, wildlife management, and runway damage inspections.

Aurrigo International has been awarded GBP 1.43 million in government funding through the UK's CAM Pathfinder initiative to launch Project SENTRY in September 2026, according to public disclosures. The research project will utilize Aurrigo's autonomous Auto-Shuttle vehicles to automate critical airside tasks, including monitoring airport perimeters, managing wildlife risks, and inspecting taxiways and runways for physical wear and foreign object debris. Developed alongside the Warwick Manufacturing Group at the University of Warwick and under the guidance of the Civil Aviation Authority, testing will commence at a dedicated facility near Teesside International Airport before expanding to operational trials at Teesside and Cincinnati/Northern Kentucky International Airport in North America. Aurrigo International is a UK-based transport technology developer that manufactures autonomous ground support equipment and driverless software for aviation hubs.

Automating routine airfield monitoring addresses standing operational hazards and labor inefficiencies inherent to managing major aviation hubs. Airside environments require continuous visual inspections to prevent foreign object debris from damaging aircraft engines and to detect structural pavement defects. Traditionally, these checks require human operators to manually navigate active taxiways in high-risk, low-visibility conditions. By delegating scheduled perimeter patrols and surface scans to self-navigating vehicles integrated with air traffic control protocols, airport operators can minimize human exposure to hazardous tarmac zones, optimize staff allocation toward higher-level technical tasks, and significantly reduce flight delays caused by manual runway closures.

The development highlights an advancing regulatory push to integrate connected and automated mobility solutions within highly restricted infrastructure environments. Supported by the UK government's GBP 150 million CAM Pathfinder program—administered by Innovate UK and Zenzic—the SENTRY project establishes an operational framework for validating driverless technology under civil aviation standards. The data and best-practice insights gathered from the initiative will be published in a public industry report, providing international civil aviation regulators and airport authorities with empirical benchmarks to evaluate certification pathways for autonomous airside machinery.

From an investment and enterprise perspective, the expansion of autonomous airside testing signals maturing market demand for specialized ground handling automation across global logistics and passenger hubs. Proven driverless solutions offer airport operators measurable operational returns by lowering carbon emissions, reducing labor expenditures, and mitigating aircraft damage risks. As ground handling labor shortages persist across North American and European markets, successful validation of multi-utility autonomous shuttles is expected to accelerate commercial deployment schedules across international airport networks.