a project manager’s guide to planning an air freight warehouse

• What Makes Air Freight Warehouses Different from Standard Freight Warehouses?
• Strategic Planning and Initiation
• Designing the Warehouse Layout for Maximum Throughput
• Cargo Handling Equipment and Technology for Air Freight Warehouses
• How the Right Handling Systems Improve Air Freight Warehouse Performance
• Common Risks When Planning an Air Freight Warehouse
• Planning for Speed, Security and Scalability
• Frequently Asked Questions (FAQ)

Core functions of an air freight warehouse

What do air freight warehouses do? Here are their core functions:

• goods receipt and inspection
• cargo sorting and consolidation
• ULD build-up and breakdown
• short-term storage
• dispatch to trucks or aircraft.

When planning an air freight warehouse, the first things to establish are the warehouse operation's aims and operating model.

• Import-export transhipment hub: decisions around this hub are important because the hub is where goods are transferred from one vehicle to another.
• Cargo types: will the warehouse be working with express cargo, general cargo or cold chain? Note that express cargo concerns itself with speed, and handling is high priority and complex, and deals with customs in as streamlined a manner as possible. This is different from general cargo, which involves standard, non-perishable goods, and cold-chain cargo, which focuses on temperature-sensitive goods and maintaining the temperature and preserving the goods.
• Air freight service level expectations: project managers must consider operational speed and accuracy, and how to meet compliance requirements.

Regulatory and compliance requirements

Air freight is strictly controlled and operators must meet firm compliance requirements:

• customs (bonded/external temporary storage facilities (ETSFs): customs must authorise the facilities and the warehouse must have ultra-tight security, meet national health and safety at work legislation and keep a record linked to HMRC;
• aviation security standards: facilities must have restricted entry access; implement strict security to prevent fraud, theft or insertion of explosives into cargo; CCTV must be installed in storage, screening and build-up areas; and personnel must undergo security training;
• dangerous goods (HAZMAT) compliance: air freight warehouses must follow strict guidelines regarding the storage and transportation of dangerous goods, including use of proper packaging and labels and storage in segregated, designated zones, and workers must have special certifications to handle the goods;
• health and safety regulations: air freight warehouses must comply with lots of health and safety regulations, including manual handling, working with HAZMAT goods, equipment and machinery, the need to wear personal protective equipment (PPE) and more.

Essential functional zones

The air freight warehouse should have several essential functional zones:

• inbound/receiving area: goods are unloaded quickly and inspected;
• screening and security zones: goods will be scanned with x-ray machines for hidden threats and missing items, and vehicles checked;
• ULD build-up and breakdown areas: these areas require lots of open floor space, and the ULDs being built up must be compatible with aircraft contours;
• storage zones: secure storage solutions will require roller decks, which are specially designed for storing air cargo; high-density racking, to save space; temperature-controlled storage to preserve temperature-sensitive goods; and high-value secure cages, both to deter internal theft and for compliance;
• dispatch and outbound: the warehouse will need direct routes to loading docks or airside transfer.

Designing for safety and efficiency

Air freight warehouses must be designed with safety and efficiency in mind and should have:

• clear signage and traffic lanes;
• good-quality lighting;
• good ergonomics so personnel can perform strenuous tasks safely;
• clear separation between people and equipment.

You can learn more about warehouse safety in our in-depth Guide to Improving Warehouse Safety.

Warehouse management systems and integration

Warehouse management systems offer real-time invisibility on inventory levels, item location and order status. They support barcode technology and radio frequency identification (RFID) technology use not only for inventory management, but with billing and other software to receive items, validate them and reconcile them against digital purchases orders.

WMSs can integrate with software for:

• airlines
• customs
• and air freight forwarding warehouses.

Enabling scalable, future-proof operations

Good air cargo handling equipment helps air freight warehouses build operations with a view to the future. They do this by:

• existing in a format that allows the warehouse to scale up, like our modular rollerbed systems do;
• and creating an infrastructure that accommodates automation.

• poor layout design: a bad warehouse layout causes pedestrians, forklift and vehicle traffic to intersect, which is dangerous and creates inefficiencies. A good layout minimises cargo handling and promotes efficiency, safety and security;
• inadequate equipment selection: selecting the wrong equipment will limit the amount of ULDs the facility can handle. Project managers must consider the cargo types being stored and handled, warehouse size and ergonomics;
• weak system integration: bad system integration reduces visibility and causes delays. For strong integration, project managers should assess operational needs, choose compatible systems, create an implementation plan, train staff on systems and, following installation, monitor systems’ performance;
• compliance failures: project managers need to be extra vigilant of compliance requirements. Not meeting them can halt operations entirely. Creating a compliance program, implementing technology such as WMSs and training staff well can prevent compliance failures.

Throughput drives air freight warehouses, and success will depend on designing the right layout, implementing suitable cargo handling equipment and integrating software systems correctly. Achieve this and the warehouse will enjoy a faster turnaround, lower costs and be more dependable.

Designing an air freight handling facility and needing reliable equipment for your operations? Email us at hello@joloda.com or message us via our contact form. We’ll help you choose the best cargo handling equipment for your freight warehouse so you can run a smooth, efficient operation.

What is an air freight warehouse?

An air freight warehouse is a secure logistics facility located near an airport where cargo is received, screened, sorted, stored and prepared for air transportation. Unlike standard warehouses, air freight warehouses are designed for rapid cargo throughput, short-term storage and ULD handling while meeting strict aviation security and customs requirements.

What equipment is used in an air freight warehouse?

Air freight warehouses use specialised cargo handling equipment including Rollerbed Systems, Castor Decks, Scissor Lifts, Slave Pallets, Truck Docks and Pallet Movers. These systems help operators move cargo safely and efficiently, reduce manual handling and improve turnaround times in high-throughput air cargo environments.

Why is warehouse layout important in air cargo operations?

Warehouse layout is critical in air cargo operations because it directly affects throughput, cargo flow, safety and operational efficiency. An optimised layout reduces congestion, shortens cargo handling times, improves ULD movement and helps operators meet strict flight schedules and security requirements.