Manchester airport deploys first digital apron management system in UK

Manchester Airport has become the first airport in the UK to deploy a Digital Apron Management System (DAMS), a move set to enhance ground operations and improve efficiency for air traffic controllers.

The deployment integrates with the existing air traffic management infrastructure, allowing controllers to access real-time data while maintaining their current equipment.

The system is designed to be an open platform, connecting data from air traffic control (ATC) and various airport operational systems.

“This integration focuses on enhancing the data processing and display environment for Ground Controllers at Manchester rather than replacing any existing equipment,” Andy Taylor, Chief Solutions Officer at NATS, told Cities Today. “It allows them to work with improved data and maintain their established processes.”

While the system does not yet utilise the AI engine, Aimee, for automated turnaround monitoring, Taylor highlighted its potential for future applications.

“AI can certainly support decision-making across the airport’s operations,” he said. “It can process data from various sources such as cameras, radar, and voice data. While it’s not active in the Manchester system yet, it has the potential to monitor key aircraft turnaround milestones in real-time, further optimising stand management.”

A parallel Test and Development environment has been set up at Manchester to explore the new capabilities. This allows for future features, such as AI integration, to be deployed seamlessly.

“The system is designed with future growth in mind,” Taylor added. “It’s flexible and can adapt as the technology evolves.”

Manchester’s hybrid digital control tower model, combining traditional tower functions with digital technology, is increasingly being adopted worldwide. This model allows airports to benefit from digitisation without the high cost of relocating or building entirely new physical towers.

As digital and cloud-based systems become more integral to airport operations, ensuring cybersecurity and data integrity is critical.

“Both NATS and Searidge are acutely aware of the need for robust security measures,” Taylor noted. “While the AI engine processes live operational data, it’s done in a strictly controlled environment, ensuring both safety and reliability.”

Taylor emphasised the importance of this milestone: “Deploying this system at Manchester Airport marks a significant advancement in airport technology. It’s just the beginning, and we are excited to continue developing solutions that will drive smarter, more efficient operations across the industry.”

Image: NATS