E-Commerce Cargo and Air Freight: How E-Commerce in the Airline Industry is Reshaping Air Cargo Operations

E-commerce has become one of the most significant forces shaping air cargo demand in the past decade. As online retail volumes have grown from a minor share of total consumer spending to a dominant channel in many markets, the air cargo industry has had to adapt its infrastructure, capacity planning, fleet composition, and technology systems to meet the logistics requirements that e-commerce creates.

The relationship between e-commerce in the airline industry and air cargo operations is not straightforward. E-commerce cargo tends to be high-frequency, low-weight, time-sensitive, and geographically dispersed, which is a fundamentally different operational profile from the bulk industrial freight that traditionally drove air cargo revenue. Meeting this demand has required cargo airlines to rethink routing networks, invest in dedicated e-commerce cargo freighters, and deploy technology systems capable of processing thousands of small-parcel shipments with the same reliability that legacy systems provided for pallet-based freight.

This guide covers the key ways e-commerce is reshaping air cargo operations: capacity and fleet strategy, cargo handling and tracking technology, regulatory considerations for e-commerce shipments including dangerous goods, and the specific software systems that cargo airlines and freight forwarders use to manage e-commerce logistics at scale.

What is the Definition of Electronic Commerce?

Electronic commerce, or e-commerce, is the buying and selling of goods and services over the internet. It encompasses a variety of online business activities for products and services. The digital nature of e-commerce has led to the optimization of cargo operations, as goods must be transported quickly and efficiently to meet consumer expectations. This has necessitated advancements in cargo airline logistics, from real-time tracking systems to improved warehouse automation, ensuring that products move seamlessly from sellers to buyers across the globe.

 

To cater to the time-sensitive nature of e-commerce, cargo airlines are leveraging real-time data analytics and integrated logistics platforms to ensure efficient processing, streamlined customs clearance, and expedited last-mile delivery. These technical advancements and infrastructure enhancements enable cargo airlines to meet the unique demands of the e-commerce sector and provide reliable and swift transportation solutions for smaller packages. The e-commerce boom has had a significant impact on cargo airlines, driving notable changes and presenting specific challenges. For a broader overview of air cargo categories and how e-commerce shipments fit within the wider freight mix, see Just Aviation’s guide to types of air cargo.

• Growing Demand: The exponential growth of the e-commerce market has led to a surge in the need for efficient e-commerce cargo solutions. Retail e-commerce sales are projected to reach $6.38 trillion by 2024 (Statista), driving a significant demand for air cargo services tailored to e-commerce shipments.
• Increased Air Cargo Volumes: E-commerce has been a key driver behind the substantial increase in air cargo volumes. In 2020, the total global air cargo volume reached 61.3 million metric tons, marking a notable 10.6% growth compared to the previous year (ICAO). This rise can be attributed to the escalating demand for transporting e-commerce goods across domestic and international markets.
• Dedicated Freighters: Cargo airlines are actively investing in dedicated freighter aircraft to cater specifically to the unique requirements of e-commerce cargo. They are expanding their fleets with specialized freighters such as wide-body aircraft like the Boeing 747-8F or converted passenger planes like the Boeing 767-300F. These aircraft are equipped to handle the increasing volumes and distinct characteristics of e-commerce shipments.
• Technological Advancements: Cargo airlines are harnessing cutting-edge technologies to optimize their e-commerce cargo operations. Advanced tracking systems, RFID technology, and sophisticated data analytics enable them to enhance shipment visibility, improve inventory management, and streamline the e-commerce supply chain.
• Cross-Border E-commerce: The rapid growth of cross-border e-commerce has presented unique challenges and opportunities for cargo airlines. Ensuring seamless cross-border operations involves complying with customs regulations, implementing efficient customs clearance processes, and fostering effective coordination with various stakeholders across different countries.

 

Cargo Capacity and Efficiency for E-Commerce Cargo Airlines

As e-commerce continues to thrive, cargo airlines face mounting pressure to meet the rising demand for transportation capacity. According to the International Air Transport Association (IATA), air cargo volumes grew by 10.1% in 2020, primarily driven by e-commerce shipments. Cargo airlines need to optimize their cargo holds, aircraft utilization, and scheduling to efficiently handle increased volumes and maintain on-time delivery.

The e-commerce impact on the freighter aircraft industry has been substantial. The surge in small-parcel e-commerce volumes created demand for a new generation of dedicated freighter capacity, both through converted passenger aircraft and purpose-built freighters. Airlines including Amazon Air, FedEx, and UPS have significantly expanded their dedicated freighter fleets in response to e-commerce demand. Wide-body freighters such as the Boeing 747-8F and converted 767-300F variants have become the workhorses of the e-commerce air freight network because their lower deck configurations can be optimized for bulk small-parcel loading using unit load devices designed for high-cube e-commerce packaging.

For the broader air freight retail segment, the e-commerce shift has created a two-speed market: time-critical e-commerce shipments moving via dedicated freighters and priority cargo lanes, and slower-moving general freight where belly hold capacity on passenger aircraft continues to compete on price.

• An Asian-based cargo airline witnessed a significant increase in e-commerce shipments during the holiday season. The airline’s cargo capacity reached its maximum limit, necessitating the adoption of efficient loading techniques, such as unit load devices (ULDs) and palletization, to maximize space utilization and accommodate more packages.

For business aviation operators flying into major freight hub airports, Just Aviation coordinates aviation fuel uplift and handling alongside cargo operations support.

Aviation E-Commerce Trends and Challenges: The Impact on Air Freight and Airline Digital Commerce

The rapid expansion of e-commerce has not been without its challenges for air freight. The increased demand has led to congestion at airports, overburdened infrastructure, and a significant carbon footprint due to the rise in flights. Moreover, the pressure to deliver quickly can sometimes compromise safety standards and working conditions for staff.

 

In response, the industry is actively seeking and implementing solutions. Investment in green technology is on the rise, aiming to reduce emissions through more efficient aircraft designs and alternative fuels. Automation and AI-driven logistics are streamlining operations, reducing delays, and improving handling capacities. Additionally, collaborative efforts between airlines and regulatory bodies are enhancing safety protocols and worker protections. These initiatives reflect a commitment to overcoming obstacles and harnessing the potential of e-commerce to drive positive change in cargo airline operations.

Advanced Cargo Handling and Tracking Systems for E-Commerce Cargo Airlines

The growth of e-commerce and expedited shipping demands requires cargo airlines to invest in advanced cargo handling and tracking systems for improved efficiency and transparency. Real-time tracking systems enable cargo airlines and customers to monitor shipments throughout the entire transportation process, enhancing reliability and customer satisfaction. Advanced cargo handling technologies, such as automated sorting systems and robotics, streamline operations, minimize errors, and expedite the processing of e-commerce packages.

 

• A Russian-based cargo airline implemented a state-of-the-art cargo tracking system that utilizes GPS technology and RFID (Radio Frequency Identification) tags. This system allows real-time monitoring of packages, providing customers with accurate delivery status updates and enabling the airline to proactively address any logistical issues that may arise.

 

Regulatory and Security Considerations for E-Commerce Cargo Operations

It’s important to note that both the Safe Transport of Dangerous Goods by Air (TI DG) and the Dangerous Goods Regulations (DGR) are extensive documents containing additional chapters and sections that provide detailed guidance on specific aspects of the transport of dangerous goods by air.

ICAO Instructions for the Safe Transport of Dangerous Goods by Air (TI DG)

• Chapter 1, General Provisions: Responsibilities of shippers, operators, and other involved parties. Documentation requirements for dangerous goods shipments.
• Chapter 2, Classification: Classification procedures for substances and articles. Special provisions for specific types of dangerous goods.
• Chapter 3, List of Dangerous Goods: Detailed list of dangerous goods, including their proper shipping names, UN numbers, and associated hazard classes.
• Chapter 4, Packing and Packaging: Requirements for packing dangerous goods to ensure safe transport. Specifications for packaging materials, including performance tests and labeling requirements.
• Chapter 5, Shipper’s Responsibilities: Shipper’s obligations for preparing dangerous goods for transport. Documentation requirements, including the Dangerous Goods Declaration and Emergency Response Information.
• Chapter 7, Operator’s Responsibilities: Operator’s responsibilities for accepting, handling, and transporting dangerous goods. Notification and reporting obligations in case of incidents or accidents involving dangerous goods.

 

IATA Dangerous Goods Regulations (DGR)

• Section 1, Applicability: Scope and applicability of the DGR. Definitions of key terms used throughout the regulations.
• Section 2, Limitations: General limitations and restrictions on the transport of dangerous goods by air. Specific limitations for each hazard class and division.
• Section 5, General Packing Requirements: Requirements for packaging dangerous goods, including specifications for containers, closures, and absorbent materials. Marking, labeling, and documentation requirements for packages.
• Section 8, Radioactive Materials: Specific requirements for the transport of radioactive materials by air. Packaging, labeling, and documentation requirements for radioactive shipments.
• Section 9, Handling and Loading: Guidelines for the safe handling and loading of dangerous goods onto aircraft. Segregation requirements for incompatible dangerous goods.
• Section 10, Documentation: Detailed instructions for completing the Shipper’s Declaration for Dangerous Goods. Requirements for providing emergency response information and additional documentation.

 

TI DG and the DGR are comprehensive documents that include additional chapters and sections offering detailed guidance on various aspects of transporting dangerous goods by air. It is crucial for operators to refer to the complete versions of these regulations to ensure complete compliance and a comprehensive understanding of their obligations.

Business Process Optimization for E-Commerce Cargo Airlines: Technology Solutions and Systems

Business process optimization for cargo airlines operating in the e-commerce segment requires technology systems that can handle shipment volumes, data complexity, and coordination demands that significantly exceed what traditional freight management systems were designed for. The core technology systems enabling e-commerce cargo operations at scale include the following. It’s important for cargo airlines to evaluate their specific requirements and consider adopting tailored technology solutions that best suit their operational needs.

Ecommerce CMS for Airlines: Cargo Management System (CMS)

Cargo airlines can implement a comprehensive CMS, such as CargoWise or CHAMP’s Cargospot, to streamline their e-commerce operations. This software provides end-to-end visibility and control over cargo operations, allowing airlines to track shipments, manage inventory, automate documentation processes, and optimize cargo handling. For example, the CMS can integrate with online platforms to receive order information directly, automatically generate shipping labels, and track packages in real-time, ensuring efficient order fulfillment and customer satisfaction.

Electronic Air Waybill (eAWB)

With the increasing volume of e-commerce shipments, implementing an eAWB system becomes crucial for cargo airlines. Solutions like IATA’s eAWB platform enable airlines to exchange air waybill data electronically with their partners and customers. This digital solution provides real-time tracking and tracing capabilities, reducing reliance on paper documentation, minimizing errors, and improving overall operational efficiency. By adopting eAWB, cargo airlines can streamline their documentation processes, enhance communication with stakeholders, and expedite the movement of e-commerce cargo.

Warehouse Management System (WMS)

To meet the demands of e-commerce cargo, cargo airlines can leverage a WMS to optimize their warehouse operations. Software solutions like Oracle’s NetSuite or SAP’s Extended Warehouse Management enable efficient inventory management, order processing, picking and packing, and shipment consolidation. The WMS automates workflows, improves accuracy, and ensures smooth operations for e-commerce cargo handling, leading to faster order fulfillment and improved customer satisfaction.

Air Cargo Management System (ACMS)

ACMS software incorporates advanced algorithms to optimize route planning and resource allocation for cargo airlines involved in e-commerce operations. Systems like Quintiq’s Air Cargo Planning & Optimization consider factors such as distance, payload capacity, aircraft performance, and time constraints. By leveraging ACMS, cargo airlines can enhance their operational efficiency, minimize costs, and ensure timely delivery of e-commerce cargo.

Business Intelligence (BI) Platforms

Cargo airlines can utilize BI platforms such as Tableau or Power BI to analyze data and gain insights into their e-commerce cargo operations. These platforms offer data visualization, reporting, and analysis capabilities, enabling airlines to monitor key performance indicators (KPIs), identify trends, and optimize processes. By leveraging BI platforms, cargo airlines can make informed decisions, improve operational efficiency, and enhance their competitive edge in the e-commerce cargo market.

Automated Sortation System

To handle the increased volume of e-commerce cargo, cargo airlines can implement automated sortation systems. These systems, integrated with conveyor systems and robotic arms, automate the sorting process based on package characteristics and delivery requirements. They scan barcodes or RFID tags, direct packages to the appropriate destinations, and improve the speed and accuracy of e-commerce cargo processing. Implementing automated sortation systems improves operational efficiency, reduces manual handling, and ensures smooth and timely processing of e-commerce cargo.

 

Just Aviation provides trip support and operational services for business aviation operators whose missions intersect with the air cargo and logistics network: from coordinating ground handling and flight permits at major cargo hub airports to planning fuel uplift on routes that serve key e-commerce freight corridors in the Middle East, Asia, and Europe. For business aviation operators and flight departments looking for comprehensive trip planning support on international routes, contact Just Aviation’s operations team to discuss your operational requirements.