(BRUSSELS, BELGIUM) — Brussels Airport deployed 61 self-service biometric pre-registration kiosks for non-EU travelers and completed a €24-million border control upgrade on January 15, 2026, as it prepares for the EU Entry/Exit System (EES) to become mandatory on April 10, 2026.
The airport’s rollout targets passengers who will fall under the EU Entry/Exit System at Schengen external borders: non-EU travelers entering for short stays, whose border crossings will shift from manual passport stamps to electronic records linked to biometric checks.
Deployment approach and equipment
Brussels Airport’s approach centers on self-service enrollment before border control, with biometric kiosks designed to collect a facial image and fingerprints in under 2 minutes for first-time enrollment.
The airport expects the changes to help manage queues and reduce the risk of missed connections as EES expands across Europe.
The infrastructure adds multiple touchpoints to spread demand across self-service and staffed lanes, rather than relying on one bottleneck at passport control.
- 61 biometric kiosks for pre-registration, capturing face and fingerprints.
- 36 new e-gates equipped with facial recognition cameras for automated passage when authorized.
- 12 additional manned border booths added in arrivals to absorb higher volumes.
- 33 upgraded fixed counters fitted with high-definition cameras to support consistent capture and verification.
- 75 new staff hired to assist passengers and troubleshoot during rollout.
Belgian Federal Police plan to authorize the e-gates soon for “trusted” non-EU nationalities, while Schengen citizens continue to use existing fast lanes.
How the process works for travelers
For travelers, the distinction between each element matters because each step serves a different purpose.
A pre-registration kiosk handles first-time biometric enrollment by capturing a face image and fingerprints and pairing them to identity and passport details, while an e-gate is designed to move eligible travelers through automated checks with facial recognition.
Staffed booths and upgraded counters remain central for cases where automation fails or when a traveler needs assistance. Manned positions also support groups that move more slowly, including family parties where each person must complete a biometric step.
Operational trials, timing and guidance
Brussels Airport plans to phase the upgrades into everyday operations, with airline trials scheduled first. Off-peak airline trials start in February 2026, before the system is expected to become more familiar to routine passengers and airport staff.
The airport recommended longer connection buffers from March, reflecting the expectation that early-stage use can vary by lane availability and passenger readiness, especially as a larger share of travelers becomes subject to biometric processing.
Brussels Airport hired staff to guide travelers through enrollment and deal with failed biometric reads, helping with practical problems that can slow lines during initial rollout phases.
EES: what changes and how records are kept
EES replaces manual stamping with an electronic tracking record that includes a traveler’s name, passport details, biometrics, the date, time and place of crossing, and the authorized length of stay.
The EU plans full mandatory operation across all external Schengen borders by April 10, 2026. At that point, the system ends passport stamps entirely, shifting the traveler record to an electronic entry-and-exit history supported by biometric checks.
EES supports overstay monitoring within the 90/180-day Schengen limit and automatically detects overstays based on recorded entries and exits.
EES stores data for 3 years in compliance with GDPR and EU data protection rules. The system’s use of biometric identifiers means travelers should expect higher identity assurance at the border, paired with longer-lived records than a stamp in a passport.
Privacy, compliance and traveler expectations
For travelers concerned about privacy and compliance, GDPR shapes expectations around transparency, lawful basis, limited purpose and safeguards. The system is designed for border management and entry-and-exit history continuity.
The practical effect for many passengers will be visible in the steps they must complete, rather than in legal language. Enrollment requires positioning for a facial image and providing fingerprints, and travelers may have to repeat a scan when quality is poor.
Common friction points include fingerprint quality and camera alignment. Travelers who arrive with fingerprints that do not scan cleanly can slow their own process and the pace of the queue, and those unfamiliar with the sequence can spend longer at a kiosk than expected.
Practical advice for travelers and organizations
Brussels Airport’s guidance focused on reducing avoidable failures. Travelers should ensure clean fingerprints; scans can fail when travelers have plasters or henna.
Families and groups can create natural slowdowns, since each individual must complete the biometric steps. Staff presence can help keep lines moving by directing people to available kiosks, correcting simple errors and steering passengers toward manned booths when automation does not work.
For individual travelers, preparation remains practical: arrive with travel documents ready, expect a biometric step as part of the border process, and plan extra time for first-time enrollment at biometric kiosks, especially when traveling at busy times or in groups.
For corporate travel managers, the changes point to policy updates and traveler communications. Companies can update internal guidance to reflect electronic tracking, prepare helpdesks to explain basic EES steps, and adjust recommended minimum connection times during the ramp-up.
Operational rationale and capacity considerations
Brussels Airport framed the investment as a scale problem as much as a technology shift. The airport handled 22 million passengers in 2025, making queue management and connection reliability central design requirements when adding extra steps to border processing.
Automation and staffing together are meant to reduce bottlenecks. The kiosks spread enrollment across multiple positions rather than forcing every first-time traveler into a single staffed lane, while e-gates can absorb some eligible travelers once authorized for use.
Even with added capacity, early-stage variability can be normal, especially during trial periods and in the first months of wider use. Travelers can see different procedures based on whether they are enrolling for the first time, whether they qualify for an e-gate, and how quickly biometric capture succeeds.
EES rollout timeline and scope
The phased activation of EES began at selected Schengen borders on October 12, 2025, operating alongside manual stamping during transition. Brussels Airport’s upgrade slots into that period to reduce disruption as EES expands toward full use.
Note: An interactive timeline tool will provide a visual view of rollout dates, scopes and phased activations across borders. The tool will show how Brussels Airport’s actions align with broader EU timelines.
Impact indicators and travel statistics
The airport expects the changes to help manage queues and reduce the risk of missed connections by spreading enrollment across kiosks, authorizing e-gates for eligible travelers, and adding staffed positions for exceptions.
Note: An interactive tool will present impact indicators and travel statistics such as passenger volumes, queue times and authorization rates to illustrate operational effects over time.
Summary
Brussels Airport’s investment—61 self-service kiosks, 36 e-gates, additional booths, upgraded counters and extra staff—reflects an operational push to integrate the EU’s “smart borders” goals into airport practice.
The change moves border processing from passport stamping to electronic entry-and-exit records with biometrics, and it requires practical adjustments from travelers and organizations as the system becomes mandatory on April 10, 2026.
