The AFL Compact is an advanced automated boarding and pre-security gate, designed for airports, ferry terminals, railways, and mass transit hubs. It effectively manages passenger flow in high-traffic environments while ensuring efficient space utilisation.
Built to combine compactness with high-performance detection, it offers tailgating prevention, wrong-way detection, and real-time security monitoring. With integrated connectivity options, it seamlessly interfaces with access control and biometric verification systems, providing enhanced security and operational efficiency.
The AFL Compact is designed for areas with space constraints, providing a high-performance security solution without requiring extensive floor space. Its slim profile ensures it fits seamlessly into airports, seaports, and mass transit environments.
Equipped with advanced sensors, the AFL Compact continuously monitors passenger movement, detecting tailgating, wrong-way attempts, and unauthorised access. This ensures enhanced security and accurate passenger tracking.
Available in multiple passage widths, from 500mm to 1500mm, the gate can accommodate standard and wide lanes, making it accessible for passengers with luggage or reduced mobility.
The AFL Compact supports ModBus RTU communication, allowing real-time data exchange with access control and security systems. It is compatible with third-party software, ensuring flexibility in deployment.
Designed for future-proof security, the AFL Compact supports facial recognition, fingerprint scanning, and RFID technology for enhanced automated identity verification.
Featuring a 10.1-inch LCD display with LED status indicators, passengers receive clear, real-time instructions for smooth passage, reducing confusion and improving overall flow efficiency.
The AFL Compact is designed to adapt to a variety of operational needs, offering multiple passage width options ranging from 500mm to 1500mm. Whether installed in single or multiple lane configurations, it can be tailored to fit the specific requirements of different transit environments. The gate also supports adjustable swing panel speed and tailgating sensitivity, allowing operators to fine-tune security settings based on passenger flow and risk levels.
For added flexibility, the system can integrate illuminated exit panels, thermal printers, or custom branding elements, ensuring a seamless fit within any airport or transit facility. Its compact footprint makes it an excellent choice for locations with space constraints while maintaining high throughput efficiency.
The AFL Compact is biometric-ready, supporting a wide range of identity verification technologies for enhanced security. It is compatible with biometric pods featuring facial recognition, fingerprint scanning, and iris detection, ensuring only authorised passengers gain access to restricted areas.
The system is designed to integrate with third-party biometric authentication providers, allowing seamless connectivity with airport databases and security clearance systems. This capability makes it an ideal choice for next-generation, contactless passenger processing, reducing reliance on manual ID checks and enhancing operational efficiency.
Compact and Space-Saving Design
The AFL Compact gate is designed for efficient use of space, making it ideal for environments with limited installation areas. Its streamlined footprint ensures minimal disruption to existing layouts while providing seamless passenger flow control.
Flexible Mounting Options
Installation is highly adaptable, with the option of floor-mounted base plates for locations where routing electrical cables under the floor is not feasible. This provides greater flexibility in different infrastructure setups.
Bolting and Structural Requirements
Electrical and Data Integration
Environmental Considerations
Testing and Calibration
Upon installation, the AFL Compact undergoes configuration and alignment testing to ensure optimal sensor performance and seamless operational flow. Remote diagnostics and firmware updates can be applied post-installation for ongoing maintenance and system enhancements.
