"Flagman Lite AERO"

"Flagman Lite AERO"

Swing smart turnstile with automated wings of increased height (up to 1.8 m).

Designed for access control at airport boarding gates.


Manufactured in Russia
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"Flagman Lite AERO" — a high-tech, half-height swing smart turnstile made of stainless steel and tempered impact-resistant glass, featuring tall wings up to 1.8 meters.

Application

Specifically designed for implementing automated access control at airport boarding gates.


Features

  • built-in barcode/QR code scanner for boarding passes – passengers simply present their boarding pass to the scanner; the system instantly verifies the data in the database and grants access upon successful identification.

  • 10.1” color information display – shows informational messages, access status, and the reason for access denial.

  • two-level passage sensors – detect the presence of a person in the turnstile zone and prevent the wings from closing while a passenger is inside. In case of unauthorized access, the controller receives a signal from the sensors and triggers an alert.

  • manual emergency mode module – when the operator presses the button, the turnstile wings immediately open to allow safe evacuation.


Passage Area Configuration
The turnstile features a standard passage width of 600 mm (optional 900 mm).
The units can be installed directly adjacent to each other in a single row, without gaps or transition elements.

Additional Options:
  • Biometric Tablet -  can be installed at the “entry” position on the right or central post. The method of connecting the camera depends on the customer’s technical capabilities and is agreed upon during the turnstile order process.
  • Mobile Base - a turnstile base designed in the same style as the unit, allowing installation without floor mounting, thus preventing damage to the flooring.

COMPARED TO A STANDARD STATIONARY TURNSTILE, THE "FLAGMAN LITE AERO" SMART TURNSTILE OFFERS A NUMBER OF ADVANTAGES:

  • This is not just a turnstile — it is a fully functional IP device, with all components (controller, reader, software, biometric cameras) factory-integrated into the turnstile. Reliable, convenient, and aesthetically designed.
  • The fully integrated access control software allows the smart turnstile to operate independently without connection to an external ACS, while also enabling seamless integration with any external information systems.
  • User-friendly and intuitive control via a web interface, interface conversion controller, or remote control. API available for integration with external ACS.
  • Multiple identification methods (optional) allow the turnstile to support any access method — contactless cards, all types of barcode/QR codes, biometric data (e.g., facial recognition), BLE and NFC tags — as well as configure multi-factor access using several parameters.
  • The built-in ACS controller automatically switches between online and offline modes. Updates from an external system enable the smart turnstile to operate even in case of connectivity interruptions.
  • Intelligent LED indicators - display passage direction, visitor category, and attempts of unauthorized access.
  • High throughput capacity. Instant response when an identifier is presented. Equipped with its own servo-driven wing control mechanism.
  • The bright color display conveys graphic and video information — access status, permission or denial of entry, any service messages, and more.

    Manufactured in the Russian Federation. Certified by the Ministry of Industry and Trade, Certificate No. 17465/11 dated 22.02.2024.


    Complies with transport security requirements established by the Russian Government Resolution No. 969 dated September 26, 2016, and can be used for implementing access control systems at transport infrastructure facilities.

    Certificates


    Projects Featuring the "Flagman Lite AERO" Smart Turnstile:


    1. Vnukovo International Airport, Moscow, Russia

    2. Petropavlovsk-Kamchatsky International Airport (Yelizovo), Russia




    Parameter Name
    Value  
    AC Supply Voltage, V
    230
    Power Consumption in Standby Mode, Max, W
    85
    Power Consumption in Heavy-Use Mode, Max, W 100
    Maximum Current, A
    2
    Passage Width, mm
    600
    Number of Barcode Scanners, pcs
    2
    Supported Barcode Types
         Linear (1D)

         

    Two-dimensional (2D)

    UPC-A, UPC-E, UPC-E1, EAN-13, EAN-8, ISBN (Bookland EAN), ISSN, Code 39, Code 39 full ASCII, Code 32, Trioptic Code 39, Interleaved 2 of 5, Industrial 2 of 5 (Discrete 2 of 5), Matrix 2 of 5, Codabar (NW7), Code 128, UCC/EAN 128 (GS1-128), ISBT 128, Code 93, Code 11 (USD-8), MSI/Plessey, UK/Plessey, China Post, China Finance, GS1 DataBar (formerly RSS) variants;

    PDF417, MicroPDF417, QR Code, MicroQR Code, DataMatrix, Han Xin Code, Aztec Code, GS1 Composite
    Throughput, passages/hour:
    In free-pass mode
    In emergency/evacuation mode
    Mean Time Between Failures (MTBF), min, passages
    600

    Passage Fully Open

    20 000 000
    Drive / Actuator Motorized (swing) with "anti-panic" function
    Emergency Passage Release Button     
    2
    Number of Built-in Displays
    10.1” Color IPS Display:
    Display Resolution, pixels
    Brightness, cd/m²
    2

    1280х800

    1000
    Marketing Indicators
    Type
    Reading Range, Max, mm

    Two-sided, animated
    256
    User Presence Sensors
    Type
    Number of Sensors per Passage, pairs
    Total Number of Sensors per Passage, pcs
    Placement / Location
    Infrared

    28

    56

    Upper/Lower
    Smart Control Unit
    Modes
    Number of Stored Identifiers
    Online/Offline

    10 million
    Post Dimensions (L/W/H), mm
    1334/500/1111
    Unit Group Dimensions (L/W/H), mm
    1334/1877/1507
    Weight, Min, kg
    Left Post
    Central Post
    Right Post
    Base / Pallet

    110
    125
    125
    50
    Ingress Protection Rating (IP Rating) IP40

    *Parameter may vary depending on modification.

    We, as manufacturers, reserve the right to make changes to the design of the device (including changes in overall dimensions), without being reflected in the technical data sheet, which do not reduce the consumer properties and do not impair the quality of the device.