Airport Check-In Kiosk Product

Overview

An airport check-in kiosk moves the check-in transaction from a staffed counter to a machine: the passenger identifies the booking, confirms or buys services, and walks away with a printed boarding pass and, at most airports, self-tagged baggage. The hardware is a vertical stack — a Display Head head over a Passport Reader, a Boarding Pass Printer, and a Bag Tag Printer — fronting an industrial PC in the Pedestal Body.

What distinguishes airport kiosks from ordinary retail kiosks is the common-use model. Airports own the machines and lease screen time; the Platform Computer runs the IATA CUSS (Common Use Self-Service) platform, which lets any certified airline application drive the same hardware through a standard API. A passenger walks to any kiosk in the hall, picks their airline, and that airline's application takes over the screen and peripherals for the session. Single-airline kiosks at dedicated terminals run the same hardware with one resident application.

Check-in flow

Booking retrieval starts the session: the passenger types a record locator, scans an itinerary or mobile QR code on the Barcode Imager, or lays a passport on the Document Window. The passport path does double duty. The reader images the data page under the switched white, infrared, and UV LEDs of the MRZ Illuminator, decodes the ICAO 9303 machine-readable zone, and — for chipped passports — the RFID Reader performs BAC/PACE access and pulls the signed data groups. This captures the Advance Passenger Information (API) data that many destination states require before boarding, without an agent retyping names and document numbers.

The airline application then offers seats, bags, and upgrades, with payment taken on the Payment Card Reader or NFC Pad. On confirmation the Boarding Pass Print Head prints the boarding pass — the IATA BCBP standard puts the whole pass in a PDF417 barcode — and the Pass Presenter holds it at the slot, retracting it to an internal bin if the passenger forgets it. A complete session runs 60–90 seconds, which is why airlines deploy banks of kiosks: one agent supervising eight machines replaces several counters.

Self bag tagging

The Bag Tag Printer is the mechanically hardest peripheral. Bag tag stock is a thick composite — thermal paper, plastic core, silicone-lined adhesive layers — so the Tag Transport uses heavier rollers and the Tag Cutter is a guillotine rather than the rotary cutter in the pass printer. Each tag prints the IATA Resolution 740 ten-digit licence plate barcode, and on RFID stock the UHF Encoder writes the same number into an EPC Gen2 inlay, supporting the Resolution 753 requirement that bags be tracked at loading, transfer, and arrival. The Tag Stock Bay holds two stock boxes so agents replenish one while the other feeds. The passenger loops the printed tag around the handle and drops the bag at an automated bag-drop unit, which weighs it and scans the tag into the sortation system.

Platform engineering

The PC Motherboard Set is a fanless industrial board driving six or more USB peripherals through the USB I/O Hub — a powered hub with per-port switching, so the CUSS platform can power-cycle a wedged reader without a site visit. The Encrypted SSD is self-encrypting and the application is stateless: no passenger data persists on the kiosk, every transaction terminating in the airline's departure control system over the Network Interface on a segregated, 802.1X-authenticated common-use VLAN. The UPS Module bridges short power events and triggers a clean shutdown on longer ones.

Availability is managed remotely. The Stock Sensor set reports stock-low before stock-out, the Status Beacon flags the machine to roaming agents across the hall, and platform telemetry feeds the airport's kiosk-fleet dashboard.

Accessibility

Regulation shapes the physical design. The screen centre sits near 1,200 mm and peripherals within ADA 308 reach ranges so wheelchair users can operate everything; the Audio Jack with its tactile locator starts a self-voicing session for blind passengers per EN 301 549 / US DOT rules; and the Privacy Filter narrows the viewing cone so passport and payment details are not readable from beside the machine.