CUSS shared automated bag drop Automated bag drop Simultaneous manned and automated bag drop IRROPS handling Minimum impact on existing environment High passenger and baggage security and safety Maximum throughput Accelerated bag drop through a fully automated process Enhanced passenger experience Optimized floor occupancy by concessions (restaurants, shops…) GENERIC APPLICATION CHARACTERISTICS Architecture CUSS Application Multi-DCS handling Application features Clear display of bag allowance and excess bag alerts Oversized bag can be virtually dropped at position Option for baggage pooling between PNR passengers Agent Assist mode allowing exception handling, fee waiver and mandatory agent checks Multiple bag drop handling Special bag handling: car seats, strollers, perishable, etc. Handling of baggage weight policy Handling of exception based on weight, allowance, bag types, physical dimensions Handling of baggage tray IER BAG DROP PLATFORM CHARACTERISTICS Standards IATA CUSS platform Business rules Specifications are subject to change without prior notice and are not contractual. Compatible with traditional counter usage Automatic application launch on scan if position is shared Compatible with 1-step or 2-step processes Physical configuration Adaptable to existing conveyors with minimum modifications Front loading IER 919 kiosk is scalable to match exactly the needed configuration Expandable for future needs Multiple token readers for identification: 1D/2D barcode, NFC, passport, Frequent Flyer card EMV payment option Printing options: baggage claim receipt, baggage tag (standard, optimized, or RF), boarding pass Intrusion detection Integrates smoothly in existing airport operation manuals Adaptable to meet local security regulations Physical data Dimensions (H x D x W) 2-in-1 IER 780 Bag Drop unit with counter: 1500 x 1100 x 1150 mm (59.06 x 43.31 x 45.28”), excluding conveyor belts Self-service only Bag Drop: 1500 x 2500 (including belts, depending on their width) x 2500 mm (depending on belt length) / 59.06 x 98.43 (including belts, depending on their width) 1-STEP/2-STEP RFID-ENABLED MODULAR BAG DROP EASY INTEGRATION WITHIN LEGACY ENVIRONMENT x 98.43” (depending on belt length) Environmental Operating temperature Storage temperature Humidity percentage

EASE THE PASSENGER AND BAGGAGE PROCESS WITH THE SCALABLE IER 780 AUTOMATED BAG DROP Airlines and airports are looking for solutions to decrease their OPEX at all passenger touch points while generating new revenues with minimal incremental CAPEX. Their objective is to enhance the customer experience by automating key processes and making agents available to serve the passenger. The IER 780 Automated Bag Drop is a scalable system designed for airlines and airports to reuse existing baggage injection belts and comply with safety and security regulations. Airports need to take into account that...

EASE THE PASSENGER AND BAGGAGE PROCESS WITH THE SCALABLE IER 780 AUTOMATED BAG DROP Airlines and airports are looking for solutions to decrease their OPEX at all passenger touch points while generating new revenues with minimal incremental CAPEX. Their objective is to enhance the customer experience by automating key processes and making agents available to serve the passenger. The IER 780 Automated Bag Drop is a scalable system designed for airlines and airports to reuse existing baggage injection belts and comply with safety and security regulations. Airports need to take into account that...

CUSS shared automated bag drop Automated bag drop Simultaneous manned and automated bag drop IRROPS handling Minimum impact on existing environment High passenger and baggage security and safety Maximum throughput Accelerated bag drop through a fully automated process Enhanced passenger experience Optimized floor occupancy by concessions (restaurants, shops…) GENERIC APPLICATION CHARACTERISTICS Architecture CUSS Application Multi-DCS handling Application features Clear display of bag allowance and excess bag alerts Oversized bag can be virtually dropped at position Option for baggage pooling between...