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Passenger throughput: how airports can improve performance at the checkpoint

As air travel grows, airports are seeking ways to keep people moving efficiently through security while maintaining safety and comfort. Rising passenger volumes, limited space and stricter regulations make performance at the checkpoint more important than ever. One key metric that airports monitor closely is passenger throughput – the number of people processed per lane, every hour. However, what does this mean for operations, and how can airports optimise it without compromising on the traveller’s experience or losing sight of efficiency?

Why throughput matters for airports

Throughput is more than just a number – it reflects how well a checkpoint handles peak periods and maintains flow. High throughput helps prevent long queues and delays, while efficient processes ensure that security staff are deployed effectively. The challenge: balancing speed with staff efficiency in an environment where resources are limited and operational demands continue to grow.

Where bottlenecks occur

Security checkpoints are complex systems, and bottlenecks can appear at several stages of the process. At divestment, limited stations for passengers to prepare trays can slow the entire lane and reduce scanner utilisation further downstream. Another common bottleneck occurs during image review, where CT scanners produce detailed 3D images that require more time to analyse. Bottlenecks can also occur in the reclaim area, where slow tray clearance can cause congestion and disrupt lane flow.

Beyond these points, factors such as staffing levels, training, passenger behaviour and even the design of the lanes all influence throughput. In short, bottlenecks aren’t just a matter of technology – they can be triggered by operational and behavioural circumstances.

How to optimise efficiency

Modern solutions can make a significant difference in improving throughput and efficiency. Central image processing – also known as multiplexed screening – enables parallel image review across several lanes or even entire airports, reducing idle time and speeding up decisions. Automated lanes, with features such as empty tray detection and automatic tray return, help keep reclaim areas clear and prevent congestion.
Looking ahead, connectivity and data integration open up new possibilities for improving checkpoint performance. By unifying data, airports gain real-time insights to make proactive decisions, such as adjusting capacity dynamically and managing queues more effectively. These capabilities help to optimise throughput and efficiency, while supporting a smoother passenger experience across the airport.

Working together to create the best checkpoint

Passenger throughput is a critical performance indicator, but it’s only part of the story. True efficiency comes from integrating the right technologies into a solution that works for each airport – and taking collaborative action. By engaging stakeholders early and using workshops and simulations, it’s possible to explore different scenarios and make informed decisions. This approach ensures that the checkpoint is tailored to space, people and ambitions, while laying the foundation for sustainable, future-ready operations.

Want to see what optimising passenger throughput means for your checkpoint?

Let’s explore passenger throughput together. Contact us to discuss your goals and run simulations that reveal the best approach for your airport.