Secure your airport with advanced exit lane breach control systems

Airports today face significant challenges when managing security between airside and landside areas. Ensuring robust security while maintaining smooth passenger flow and a welcoming environment is a complex balancing act.
Unauthorized access, security breaches, and passenger congestion are critical concerns that airports continually strive to overcome. One misstep can lead to costly delays, reputational damage, or even serious safety risks.

A highly effective solution to these challenges is the installation of advanced exit lane breach control systems, also known as security sluice systems or sluice gate control corridors at airports. These solutions are specifically designed to manage the flow of passengers from the airside (secured area) to the landside (non-secure area) without compromising airport security.

One of the most advanced and trusted systems available is the Orthos PIL-M02 by dormakaba—a leader in airport security systems.

Why exit lane breach control is vritical for airports

Exit lane security systems ensure that arriving passengers move securely from airside zones while preventing any unauthorized entry back into secure areas. By deploying airport breach control systems, airports safeguard operations, meet international aviation regulations, and enhance the passenger experience.

Orthos PIL-M02: High-performance sluice gate control for airport security

The Orthos PIL-M02 offers a controlled-access secure path of travel specifically configured to allow high-volume, single-direction pedestrian movement.
It senses, deters, and provides local and remote alerts for any unauthorized attempts to enter the corridor from the restricted direction, ensuring a robust layer of breach prevention.

Typically employed at airports, the modular system consists of fast-moving half-height and full-height door sets, with security levels customizable through different unit lengths and sensor combinations.
The sophisticated sensor systems guarantee high object security without compromising pedestrian safety.

Key Features of the Orthos PIL-M02

• High-Security Detection: Advanced sensors identify unauthorized movement, detect thrown objects (up to 100 x 100 x 100 mm at 10 m/s), and instantly raise alarms during breach attempts.
• Fail-Safe Operation: In case of a power outage, the system ensures secure lockdown of airside access points while allowing safe landside exit, preventing entrapment risks.
• Smooth Passenger Experience: The corridor enables 60 passengers per minute at 1 m/s walking speed (higher capacities possible for wider lanes), ensuring a fast and seamless flow after landing.
• Flexible, Modular Design: Various lengths (3,091 mm to 9,129 mm) and widths (650 mm, 920 mm, 1,100 mm, or 1,400 mm) meet diverse architectural and operational requirements. Configurations include multiple parallel units for increased throughput.
• Construction Quality: Made with light alloy profiles and stainless steel visible parts, featuring transparent sidewalls (10 mm glass, ANSI Z97.1 standard), full-height and half-height doors with low-energy drives, and PETG barriers for safety.
• Pedestrian Safety: Motion sensors, monitored swing ranges, and impact-absorbing materials ensure maximum passenger protection.
• Operational Efficiency: Low energy consumption and highly automated control reduce reliance on human security staff, lowering long-term operational costs.

At BISS, we understand the unique security, operational, and passenger flow needs of airports. Our team has extensive experience in installing and integrating advanced exit lane breach control systems tailored to each airport’s specific requirements.

What truly sets BISS apart is our strategic partnership with dormakaba, one of the world's top manufacturers of airport security and access control solutions.
Through this collaboration, BISS is authorized to deliver and install the exit lane breach control by dormakaba, ensuring full compliance with international aviation security standards.

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