Airport Operations
Private 5G networks for terminals, aprons, and airside operations. Automated baggage handling, ground vehicle coordination, and passenger flow management — with guaranteed reliability.
Airports are complex ecosystems with millions of passenger movements, thousands of assets, and zero tolerance for downtime. Public WiFi buckles under density, and wired infrastructure can't keep up with changing airside operations. Private 5G provides the seamless indoor-outdoor coverage that modern airport operations demand.
What Private 5G Enables
Reliable connectivity from terminal to tarmac.
Automated Baggage Handling
Autonomous tug trains, robotic sorting, and automated storage connected over private 5G across the entire baggage journey. Major airports handle 50,000-100,000+ bags daily — reliable connectivity reduces mishandling and speeds throughput.
Airside Ground Operations
Autonomous or semi-autonomous baggage tractors, pushback tugs, de-icing vehicles, and catering trucks on the apron. Private 5G with sub-metre positioning enables safe autonomous movement where GPS multipath causes errors.
Passenger Flow & Security
Real-time passenger flow monitoring, smart queue management, and AI-enabled security cameras across terminals. Private 5G supports thousands of simultaneous connections in high-density environments where WiFi contention causes failures.
Surface Movement & Digital Tower
Tracking all vehicles and aircraft on taxiways and aprons with low-latency, high-reliability connectivity. Private 5G supports digital air traffic control towers using high-resolution camera arrays and real-time sensor data.
5G in UK Airports Today
Private 5G is already being explored at the UK's busiest airports.
Gatwick Airport
One of Europe's most digitally advanced airports, trialling 5G for AR wayfinding, autonomous cleaning robots, and digital twin operations.
Heathrow Airport
The UK's largest airport exploring private 5G for airside operations, baggage handling, and passenger experience across 80 million annual passengers.
Future Flight Challenge
An Innovate UK programme investing £125 million in future aviation technologies including connected vertiports and autonomous aircraft infrastructure.
Why Aerix
The world's busiest airports are investing in private 5G. But regional airports and growing terminals face the same operational challenges — baggage handling, ground operations, passenger density — without the same budgets. Advanced wireless connectivity can bring smart airport capabilities to airports of every size, with managed networks that scale as operations grow.
Related Reading
Drones, Perimeter Breaches and the Gatwick Problem: A Private 5G Playbook
Counter-UAS, smart fences and wildlife detection all run on the same sensor-fused network. Here is why that network is private 5G.
How Private 5G Is Reshaping Airport Operations
From automated baggage to airside autonomy, private 5G is the backbone of the modern airport.
Common questions
Why deploy private 5G at an airport instead of using public 5G?
Public 5G coverage on the apron and across the airfield is patchy at best — terminal buildings, hangars and ground-vehicle traffic block signal, and capacity is shared with passengers. A private 5G network gives airport operations dedicated, predictable coverage everywhere it is needed, with the latency and reliability to support automated baggage handling, vehicle telemetry and security.
What apron and airside operations benefit most?
Ground-handling vehicle telemetry, autonomous baggage tugs, real-time fuelling and turnaround data, push-to-talk for ramp crews, body-worn cameras, and connected-asset tracking for tools and equipment. All of these need wide-area, mission-critical wireless that public mobile cannot guarantee.
Can it support drone detection and counter-UAS?
Yes. A private 5G network is well suited as the backhaul for perimeter sensors, RF detection arrays and pan-tilt-zoom cameras feeding into a counter-UAS platform. We can carry the high-bandwidth video and low-latency control traffic on dedicated capacity that does not contend with passenger Wi-Fi or operator networks.
How does it integrate with existing airport IT and ATC systems?
Aerix networks integrate at the IP layer, so existing systems — flight information, AODB, baggage handling, gate management — see private 5G simply as another secure transport. We do not touch ATC or other safety-critical systems; private 5G is for operational data and connected workers.
Does it work for passenger terminals as well as airside?
Yes. The same private network can extend into terminal buildings using small cells or in-building radios. This is particularly useful for staff communications, retail concession connectivity, and as a neutral-host extension for public mobile operators where in-terminal coverage from EE, O2, Vodafone and Three is poor.
Ready to connect your airport?
Whether you operate a regional airport or a growing terminal, we can build a private 5G network that scales with your operations.