In-depth analysis of the air freight market in 2026: how tariffs and volumetric weight are calculated, new ICS2 customs requirements, and IATA DGR rules.
Loading of a cargo aircraft with containers at the airport
The Air Freight Market in 2026: Global Trends and Challenges
Global logistics in 2026 continues to face unprecedented challenges, and the air freight segment remains one of the most dynamic and expensive ways to deliver cargo. Following the stabilization of supply chains disrupted in previous years, demand for air freight has balanced, but requirements for safety, customs clearance, and sustainability have tightened. The growth of cross-border e-commerce and the need for rapid delivery of high-tech components are forcing logistics companies to adapt their strategies.
Modern air transportation requires freight forwarders and cargo owners to have not only a deep understanding of airline tariff grids, but also knowledge of international customs protocols, such as the updated ICS2 pre-arrival information system in the European Union. In this article, we break down the key aspects of air delivery in 2026: from freight cost calculation to specific customs nuances and IATA requirements for dangerous goods.
Transit Times: What Affects Delivery Deadlines?
Although air freight is inherently considered the fastest mode of transportation, actual door-to-door transit time depends on many factors. In 2026, logistics operators distinguish several levels of service:
Express (Priority) Service: Provides delivery within 1-3 days between major global hubs (e.g., Shanghai – Frankfurt or New York – London). This tariff features guaranteed capacity booking on the next flight (Must Ride) and the highest priority during terminal handling.
Standard (General Cargo): An optimal balance between price and speed. Transit time ranges from 4 to 7 days. Cargo can be consolidated at the forwarder's warehouse before departure or wait for space available (belly cargo) on scheduled passenger flights.
Deferred (Economy) Service: Takes 7 to 14 days. It often uses transit hubs with transfers to other flights or a Sea-Air combination.
Importantly, delivery times are significantly affected by geopolitical restrictions. The closure of certain airspaces forces airlines to use longer routes. For example, detour routes between Asia and Europe add 2 to 4 hours of flight time, which not only increases aviation fuel costs but also reduces the aircraft's commercial payload, as more fuel has to be carried. In addition, ground handling times at terminals during peak seasons can add 1-2 days to the total transit time.
Air Freight Costs: What Makes Up the Tariff?
Pricing in air freight is a complex system where the base freight rate is only part of the total cost. In 2026, the tariff structure looks as follows:
Base Rate: Depends on the route, weight, and volume of the cargo. In aviation, the concept of "Chargeable Weight" applies. The conversion ratio is usually 1:6 (1 cubic meter equals 167 kg). The calculation always uses the greater value: actual or volumetric weight.
FSC (Fuel Surcharge): A floating surcharge that compensates airlines for fluctuations in aviation fuel prices. In 2026, this surcharge can represent up to 30% of the base rate.
SSC (Security Surcharge): Fee for X-ray scanning, explosive trace detection (ETD), and other security measures at the terminal.
Terminal Handling Charges (THC): Fees for handling cargo at the origin and destination terminals. They include weighing, labeling, warehouse transfer, and boarding.
AWB Fee: Fee for issuing the electronic air waybill (e-AWB).
Special Fees: Applied to specific cargo categories such as dangerous goods (DGR Fee), cold chain shipments (Cold Chain Fee), or live animals (AVI Fee).
To optimize costs, logistics companies increasingly use consolidation – combining small shipments from different senders into one large consignment (Master AWB). This allows securing better rates from airlines, as the rate per kilogram decreases with higher total weight brackets (e.g., +100kg, +300kg, +500kg, +1000kg).
Customs control zone at the airport with the ICS2 system
Customs Nuances and the ICS2 System
Customs clearance in air freight demands maximum accuracy and speed, as storage at airport terminals is exceptionally expensive. In 2026, one of the main changes for import and transit through the European Union has been the full implementation of Phase 3 of the ICS2 (Import Control System 2).
ICS2 is an IT pre-arrival information system requiring forwarders and airlines to submit detailed cargo information before loading onto the aircraft in the country of departure. The main document submitted to the system is the ENS (Entry Summary Declaration).
Key ICS2 requirements for air cargo:
Accurate Description of Goods: Generic descriptions like "General Cargo", "Spare Parts", or "Electronics" are no longer accepted. A precise 6-digit HS Code must be provided.
Buyer and Seller Data: Full details of the actual sender and recipient are required, including their registration numbers (EORI for European companies).
PLACI (Pre-Loading Advance Cargo Information) Mode: A basic dataset must be sent to EU customs authorities for risk assessment before loading the cargo. If the system detects a potential safety risk, the cargo will not be allowed on board.
Non-compliance with these rules leads to load refusals (Do Not Load), customs delays, and substantial fines. Forwarders must use modern IT systems integrated with customs platforms for automated e-AWB and ENS data transmission.
Special containers for dangerous goods DGR
Specifics of Transporting Complex Cargo (DGR, PER, VAL)
Air transport is irreplaceable for certain categories of cargo. However, their transportation is strictly regulated by international rules, particularly by resolutions of the International Air Transport Association (IATA).
Dangerous Goods (DGR): Transport of lithium batteries, chemicals, and flammable liquids is governed by the IATA DGR Manual. In 2026, packaging and labeling requirements for lithium batteries became even stricter due to self-ignition risks. Every dangerous goods shipment must be accompanied by a Shipper's Declaration for Dangerous Goods, and personnel must hold valid IATA certificates.
Perishable Cargo (PER): Medicines, vaccines, and fresh food require strict temperature control (Cold Chain). Airlines offer specialized services using active temperature-controlled containers (e.g., Envirotainer) that maintain target temperatures throughout the flight. Airport terminals are also equipped with specialized cold storage rooms.
Valuable Cargo (VAL): Jewelry, banknotes, art objects. Transport is carried out under high security at all stages. Cargo is stored in special vault rooms at the terminal, and boarding occurs under the supervision of security services.
Panorama of a global air logistics hub
Optimizing Logistics Chains
To ensure seamless and cost-effective delivery in 2026, logistics companies should focus on route diversification and multimodal solutions. The combination of sea and air transport (Sea-Air) via Middle East hubs allows reducing transit times compared to pure ocean freight, while significantly lowering costs compared to pure air freight. Furthermore, process digitalization, implementation of TMS (Transport Management System), and API-driven automation of data exchange with airlines and customs are no longer just advantages, but essential requirements for success in the modern air freight market. Flexibility, transparency, and strict adherence to customs protocols are the keys to efficient international logistics.
