Why is Airbus increasing freighter forecasts while lowering overall cargo growth expectations?

Airbus is not predicting higher total air cargo volume; instead, the company expects cargo to grow at 3.2% annually rather than 3.3%. However, this slower growth masks a structural shift: more cargo is moving to air freight as a premium, reliable mode despite higher costs. High-value goods (computers, technology, e-commerce items) are driving this shift, not traditional bulk commodities. Therefore, the freighter fleet must expand to serve this premium-value segment, even as total air cargo growth moderates.

What role will passenger-to-freighter conversions play in meeting this demand?

Conversions will account for 1,700 of the 2,670 new freighter deliveries (64%), far exceeding new builds. This reflects aircraft availability and economic efficiency: retired passenger aircraft from A320, A321, and A330 families can be retrofitted for cargo operations. Conversions are faster to deploy than waiting for new aircraft production and help operators reduce fuel consumption and emissions compared to older freighters being retired.

Which regions will see the fastest freighter capacity growth?

North America and Asia Pacific will account for two-thirds of the 2,670 required freighter deliveries (925 and 850 aircraft respectively). Routes between North America and Asia Pacific show the strongest growth at 3.8% annually. Europe and CIS will require 515 aircraft, with Latin America, the Middle East, and Africa representing smaller shares of incremental capacity.

What cargo categories are driving this freighter expansion?

Computers and high-technology goods have doubled in value over three years and now represent 15% of air cargo value. E-commerce is another key driver, as retailers use air freight for rapid fulfillment. High-value trade goods represent over 30% of total trade by value despite being less than 1% by weight. These cargo types require speed and reliability, justifying premium air freight pricing and justifying continued fleet investment.

How does this forecast account for geopolitical disruptions and supply chain volatility?

Airbus explicitly states that despite geopolitical disruptions, supply chain constraints, and high fuel prices, air freight has shown 'remarkable resilience.' The company views dedicated freighters as essential infrastructure for managing supply chain volatility, not just volume growth. This forward commitment to freighter capacity suggests carriers and shippers consider air freight a structural buffer against future disruptions, not a temporary response to current crises.

Demand Planning

High Impact

Airbus Raises 20-Year Freighter Fleet Forecast to 3,460 Aircraft

Oct 22, 2026

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The signal

Airbus has increased its long-term freighter fleet forecast, now predicting the global dedicated freighter fleet will reach 3,460 aircraft by 2045, up 46% from 2,360 in 2026. This upward revision comes despite lowering annual air cargo growth expectations to 3.2%, reflecting a structural shift in how supply chains operate rather than pure volume growth. The company expects 2,670 new freighter deliveries over the period, with roughly two-thirds replacing aging aircraft and one-third supporting capacity expansion.

Notably, 1,700 aircraft will be converted from passenger aircraft, while 970 will be new builds, including the A350F and conversions from the A320, A321, and A330 families. This signals growing confidence in dedicated air cargo infrastructure as a permanent supply chain mode, not a temporary crisis response. North America and Asia Pacific will drive two-thirds of demand, with routes between these regions showing 3.8% annual growth.

The forecast underscores how high-value cargo categories (especially technology and electronics, which have doubled in value over three years) and e-commerce are reshaping freight transportation patterns globally. For supply chain leaders, this represents both an opportunity and an operational imperative: air freight capacity is expanding, but competition for slots will intensify as carriers race to capture this growth.

Companies affected by this story:

FedEx

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American Airlines

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#air-freight-capacity

#freighter-fleet-expansion

#cargo-forecasting

#passenger-to-freighter-conversion

#aircraft-demand

#supply-chain-resilience

#regional-air-cargo

#next-generation-freighters

#asia-pacific-logistics

#e-commerce-air-cargo

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if North America-Asia Pacific air freight demand grows at 5% instead of 3.8% annually?

Model a scenario where North America-Asia Pacific air cargo growth accelerates to 5% annually due to increased reshoring, nearshoring, and e-commerce expansion. Calculate additional freighter capacity requirements, slot availability constraints, and pricing pressure on the 925 aircraft Airbus forecasts for North America. Assess impact on shipper lead times, costs, and service level targets for high-value goods on these routes.

Run this scenario

Simulation Suggestion

this month

What if fuel costs spike 30% and reduce the economics of air freight vs. ocean freight?

Model a scenario where jet fuel costs increase 30% over the next 18 months, narrowing or eliminating the cost advantage of air freight for borderline cargo. Calculate shipper mode-shift behavior: what percentage of e-commerce, technology, and high-value goods revert to ocean freight or multimodal solutions? Assess capacity utilization and pricing pressure on the expanding freighter fleet and regional demand distribution.

Run this scenario

Simulation Suggestion

strategic

What if passenger-to-freighter conversions are delayed by 12 months across the supply chain?

Assume retrofit capacity and aircraft availability constraints delay conversion programs by one year. Model the impact on freighter fleet growth, slot availability, and freight rates for 2025-2027. Calculate how shippers would need to adjust sourcing, inventory positioning, and routing to maintain service levels with reduced freighter capacity during the delay period.

Run this scenario

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