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5G in Airports
Driving Operational Excellence.

Airports are complex ecosystems with millions of passenger movements, thousands of assets, and tight operational margins. Private 5G oﬀers fast, secure, and uninterrupted connectivity for both airside and landside operations. Early deployments show double-digit gains in efficiency and major cost reductions.

Home > 5G in Airports, driving operational excellence

Why do Airports need 5G?
Operational challenges today :

Fragmented connectivity between terminals, tarmacs and remote stands (Wi-Fi dead zones).

Unreliable communications for core operations (pushback, baggage handling, fuel trucks).

Ineﬃcient asset tracking causing delays and lost equipment.

High OPEX from cabling, network maintenance, and downtime.

Airports 5G Deployments
& Results

Frankfurt Airport

Use Cases : Autonomous apron vehicles, live video inspections,
IoT-enabled runway lighting.
Impact : 25% faster aircraft turnaround, 15% reduction in ground
incidents.

Brussels Airport

Use Cases : Automated luggage tracking, drone-based perimeter
security, connected staﬀ radios.
Impact : 20% reduction in lost baggage claims, €600k annual
savings on security ops.

Paris Airports (France – CDG, Orly, Le Bourget)

Use Cases: Real-time staﬀ comms, baggage tracking, smart
maintenance alerts.
Impact : 12% faster boarding processes, improved on-time
departure rates by 8%.

Automated parking robots at Lyon Airport, France with Stanley Robotics.

Business Impact vs WiFi

Use Case

Problem

5G-Enabled Solution

Measurable Impact

Autonomous Baggage Carts

Manual handling delays

Low-latency vehicle control over 5G

Up to 30% faster baggage delivery

Droned-based Inspections

Long, costly manual checks

HD video streaming + AI over 5G

-85% inspection time, -50% labor

Asset Tracking

Lost/misplaced equipment

Real-time IoT tracking

-70% lost equipment

Passenger Flow management

Congestion at checkpoints

AI cameras + edge analytics

15% faster security throughput

Push-to-Talk for Staﬀ

Comms black spots

Low-latency vehicle control over 5G

Zero comms dropouts across campus

Private 5G Solutions

Wide Coverage & Reliability

Seamless indoor/outdoor coverage across 20+ km² airport campuses. One 5G cell covers far more than Wi-Fi, reducing nb of access points by 80%.

Ultra-Low Latency

<20ms for real-time control of autonomous tugs, drones, and robotic inspections.

Deterministic QoS

Traﬃc prioritization ensures safety-critical communications always get through.

Security

SIM-based security prevents unauthorized network use.

Cost Eﬃciency

Fewer base stations → less cabling → lower maintenance.

Operational Innovation by Firecell in Airports

Autonomous Pushback Vehicle

Self-driving vehicle takes control of
aircraft pushback, so engines remain oﬀ, avoiding jet blast, reducing fuel use and emissions. It uses AI and sensors to move aircraft safely; remotely guided or fully autonomous at the apron.

Advanced Visual Docking Guidance System

3D laser scanning and visual displays guide aircrafts to the gate, replacing manual marshallers and automating tasks like steering cues, crew alerts, and boarding bridge alignment.

Powered by Firecell’s Private 5G

In an airport, connected devices rely on delay-free communication. Firecell provides a future-proof connectivity backbone that secures the airport’s move into autonomous ground operations.

Firecell’s private 5G network provides the ultra-low latency needed for the tug’s sensors and video feeds, ensuring safe and precise aircraft movements, while also guaranteeing uninterrupted data exchange for the docking guidance system so pilots receive accurate, real-time instructions.

5G Core Network redundancy.
Traﬃc slicing, meaning critical control signals for pushback and docking always take priority over less urgent data.
Secure connectivity based in certificates for high grade authentication and encryption of all communications.