Ruth Haines
Baggage handling systems (BHS) are an integral part of airport operations. The primary function of a BHS is the transportation of checked baggage from check-in desks or counters to areas where bags can be loaded onto aircraft. BHS also transport checked baggage coming from aircraft to the baggage claim area or to a transfer area for onward travel. The efficiency of a BHS directly impacts passenger satisfaction and airport punctuality. Airports are increasingly investing in new technologies to improve the efficiency of their baggage handling processes, such as automation, robotics, and data analytics.
| Characteristics | Values |
|---|---|
| Definition | A baggage handling system (BHS) is a type of conveyor system that transports checked baggage from check-in/ticket counters to areas where bags can be loaded onto aircraft. |
| Functions | A BHS also transports checked baggage coming from aircraft to the baggage claim area or to an airside site where bags can be loaded onto another aircraft for onward travel. It also undertakes baggage screening, sortation, make-up, and reclaim. |
| Importance | The BHS is an integral part of airport operations and plays a crucial role in keeping travelers happy and attracting major airline hubs. The efficiency of a BHS directly impacts passenger satisfaction and airport punctuality. |
| Technology | Airports are integrating new technologies, such as automation and artificial intelligence, to improve the efficiency of BHS. This includes the use of robots, destination-coded vehicles (DCVs), tote-based systems, and RFID chips for real-time bag tracking. |
| Challenges | The fast and precise transfer of baggage inside and between airport terminals is a challenge, and the BHS must ensure that bags move from point to point as quickly as travelers to avoid frustration and missed connections. |
| Examples | The Denver International Airport has a modern, automated BHS designed by BAE Automated Systems. Singapore-Changi Airport is also considered one of the most advanced in baggage handling. |
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What You'll Learn
Baggage handling systems (BHS)
The primary function of a BHS is the transportation and sorting of bags. However, it also undertakes various other functions, such as baggage screening, which was implemented by the majority of airports post-9/11. These systems are referred to as "Checked Baggage Inspection Systems" by the Transportation Security Administration (TSA) in the US, where bags are scanned for explosives.
The efficiency of a BHS directly impacts passenger satisfaction and airport punctuality. A well-designed, high-speed system can improve the passenger experience and increase airport operations. For example, a smooth baggage drop-off process at check-in can reduce operating costs and allow more efficient use of airport staff. Airports can also utilise an Early Bag Store to sort luggage that arrives early or late, further enhancing the system's effectiveness.
To improve the BHS process, airports can introduce new technologies such as automation. For instance, the Denver International Airport has an automated BHS designed by BAE Automated Systems. This system uses destination-coded vehicles (DCVs), unmanned carts that can load and unload baggage without stopping. Conveyors with junctions and sorting machines then automatically route the baggage to the correct gate. Other technological advancements include tote- or cart-based systems, which provide precise and fast baggage transport with individual tracking for each piece of luggage.
Additionally, baggage handling software solutions can manage and optimise every aspect of the BHS, from operation to planning. These solutions can enhance system efficiency, security, and problem resolution. With the vast amount of data generated by airport operations, advanced analytics can be employed to boost the overall efficiency of the baggage handling process.
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Baggage security and screening
The BHS can be automated, and technology can improve efficiency in baggage handling. For example, the Denver International Airport has an automated baggage-handling system designed by BAE Automated Systems. This system incorporates destination-coded vehicles (DCVs), unmanned carts propelled by linear induction motors mounted to tracks, which can load and unload baggage without stopping.
Each airport has its own requirements. The time taken for baggage to make it from the check-in area to the gate is determined by how fast a passenger can make the same trip. A well-designed, high-speed BHS is the backbone of any airport, and each airport demands a perfectly adapted system to suit its unique needs.
Security at airports is essential. Baggage screening methods vary from airport to airport and may include CCTV, x-ray machines, CTX machines, high-resolution x-rays, explosive trace detection (ETD) equipment, and random physical searches of passengers at pre-board screening points. All checked baggage is always x-rayed at all major commercial airports.
In the US, the Transportation Security Administration (TSA) provides passenger and baggage screening. The TSA collaborates with intelligence and law enforcement to adapt security procedures based on evolving threats, employing both visible and unseen measures to ensure safe travel. Passengers may be subject to additional screening if they are unable or unwilling to remove light outer garments or bulky clothing.
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Baggage loading and unloading
Baggage handling systems (BHS) are a crucial part of airport operations, improving efficiency, the passenger experience, and safety. The primary function of a BHS is to transport baggage, but it also serves other functions to ensure baggage gets to the correct location in the airport.
Loading and unloading baggage efficiently and safely is a key challenge for airports. A well-designed BHS can optimise the loading and unloading processes. For instance, BEUMER's Baggage Loader provides an ergonomic means of loading luggage into unit load devices (ULDs) and other containers, promoting efficiency and comfort. Their Automated Container Unloader can unload luggage from ULDs with minimal operator intervention.
ULDs are placed over cargo dollies, which are special carts designed to transfer baggage to the aircraft bay using towing tractors. Once at the aircraft stand, a cargo loader machine loads the ULDs into the aircraft cargo compartment. For unloading, the whole procedure is reversed. Belt loaders are used to unload baggage, which is then loaded onto baggage carts or ULDs and transported to the airport building.
Some airports have automated BHS, such as Denver International Airport, which uses destination-coded vehicles (DCVs). These are unmanned carts that can load and unload baggage without stopping, moving it from the check-in counter to the departure gate automatically.
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Baggage reconciliation systems (BRS)
Baggage handling systems are an essential part of airport operations. The efficient transportation of baggage from check-in to the correct aircraft and onward to the next destination is critical to the smooth running of an airport.
A Baggage Reconciliation System (BRS) is a key component of baggage handling. It ensures that all bags loaded onto an aircraft are authorised to be there, and that no baggage travels without its owner. BRS works by scanning printed bag tags, which are then matched with a verified, boarded passenger. This process is repeated at several checkpoints, including check-in, loading, and transfer between flights.
BRS systems are designed to improve security, as well as operational efficiency. By reducing the number of mishandled and lost bags, BRS systems improve the passenger experience. The system also helps airlines and airports comply with industry regulations, such as the IATA Resolution 753.
The BRS system is supported by other technologies, such as Destination-Coded Vehicles (DCVs), which are unmanned carts that can load and unload baggage without stopping. These DCVs are part of a broader Baggage Handling System (BHS) that incorporates various technologies to ensure the smooth and fast transfer of baggage.
BHS systems are designed to be fast, efficient, and secure. They are customised to each airport's unique needs and can incorporate a range of solutions, such as tilt-tray loop sortation systems, automated loading and unloading, and baggage software solutions.
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Passenger experience and safety
Baggage handling is an integral part of airport operations, ensuring a smooth transition of passengers' belongings from check-in to baggage claim. The efficiency of the baggage handling system directly impacts the passenger experience, with slow baggage handling causing frustration and potentially causing travellers to miss connecting flights.
The primary function of a Baggage Handling System (BHS) is the transportation of baggage. A well-designed BHS can improve the passenger experience and safety. For example, the CrisBag® Self-Bag Drop baggage handling system improves check-in efficiency, reducing operating costs and allowing more efficient use of airport staff.
The automation of check-in conveyors, baggage screening, sortation, make-up and reclaim improves process efficiency, passenger experience and safety. The BHS plays a crucial role in keeping travellers happy and can impact an airport's ability to attract or retain a major airline hub.
The safety of baggage handlers is also a critical consideration. The manual handling of baggage presents a risk of musculoskeletal injury. To mitigate this risk, mechanical handling equipment such as belt loaders and extending belt loaders (EBLs) can be used to move bags. It is also important to provide baggage handlers with appropriate personal protective clothing, such as kneepads, footwear with toe protection and grip, and gloves.
The use of technology and automation in baggage handling systems can further improve efficiency and safety. For example, the Independent Carrier System (ICS) uses tote- or cart-based technology to provide 100% track and trace of baggage. The CrisBag® tote-based individual carrier system is a simple and secure way to control the movement of each bag.
Additionally, security screening plays a vital role in ensuring the safety of passengers. The Transportation Security Administration (TSA) employs a layered approach to security, including carry-on baggage screening, passenger screening, and monitoring of checked baggage facilities to prevent prohibited items and other threats from entering sterile areas of the airport.
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Frequently asked questions
Baggage handling in an airport refers to the process of transporting checked baggage from the check-in desk to the aircraft and from the aircraft to the baggage claim area. This process is facilitated by a Baggage Handling System (BHS), which is a type of conveyor system that helps move baggage efficiently.
A BHS typically includes conveyor belts, sorting machines, and loading/unloading systems. It may also incorporate advanced technology such as automation, robotics, and track-and-trace systems to optimise efficiency and security.
The efficiency of baggage handling directly affects passenger satisfaction and airport punctuality. Effective baggage handling systems improve the overall airport experience by reducing wait times, ensuring baggage arrives on time, and enhancing operational efficiency.
Challenges in baggage handling include manual labour, time consumption, and cost. Technology plays a significant role in improving efficiency by automating processes, such as check-in, baggage screening, and sorting. Automation speeds up the process, reduces labour requirements, and minimises errors.
After the events of September 11, 2001, baggage screening became an integral part of baggage handling. Baggage is screened for security concerns, and each bag is assigned a unique barcode or RFID chip for real-time tracking. Advanced baggage handling software provides maximum traceability and security to prevent issues.
