What are the major factors driving freight rates in 2026?

According to Freightos research, rate movements are shaped by supply-demand balance across major lanes, external macroeconomic factors, and structural shifts in seasonal patterns. Traditional peak season concentrations are becoming less pronounced as e-commerce and just-in-time practices smooth demand throughout the year.

How is peak season changing?

The research indicates that peak seasons are becoming less distinct and predictable. Shippers and carriers are experiencing more distributed demand patterns, making traditional peak-season planning less effective as a strategy. This requires companies to maintain higher baseline flexibility year-round.

How should shippers prepare for evolving freight market dynamics?

Shippers should implement continuous rate monitoring and scenario planning across ocean and air modalities. Building relationships with multiple carriers, diversifying lanes, and adopting more granular demand forecasting can help mitigate volatility and capture rate optimization opportunities.

What is the difference between ocean and air freight rate trends?

While both modalities are discussed in the research, ocean freight typically dominates pricing strategy for general cargo due to cost, while air freight serves time-sensitive shipments. Both markets are influenced by capacity utilization, fuel costs, and regional demand dynamics, but at different sensitivities.

Why does understanding rate trends matter for supply chain planning?

Freight rates directly impact landed costs, carrier selection decisions, and inventory strategy. Anticipating rate movements enables better negotiation timing, modal choices, and sourcing decisions. Misaligned assumptions about rate seasonality can lead to missed opportunities or budget overruns.

Shipping & Freight

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2026 Freight Rates & Peak Season: Market Trends Ahead

Aug 23, 2026

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The signal

Freightos' Head of Research Judah Levine provides forward-looking analysis on global freight rate dynamics entering 2026, examining how supply-demand fundamentals and external factors are reshaping pricing across major ocean and air corridors. The discussion highlights evolving peak season patterns, suggesting that traditional seasonal freight surges are becoming less predictable as structural shifts in consumer behavior, e-commerce fulfillment strategies, and carrier capacity management alter historical rhythms.

For supply chain professionals, this analysis underscores the importance of moving beyond rigid seasonal planning assumptions. Organizations must develop more dynamic demand forecasting and carrier contracting strategies that account for year-round volatility rather than concentrated peak windows.

Rate movements increasingly reflect nuanced regional factors and modal trade-offs, requiring real-time market intelligence to optimize routing, mode selection, and inventory positioning across global networks.

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if peak season spreads across more months, reducing rate visibility?

Model a scenario where traditional peak season (Q4) demand is redistributed across Q3-Q1, with lower concentration peaks replacing historical surges. Assess how this affects carrier capacity utilization, spot rate volatility, and contract rate negotiation timing. Measure impact on transportation budget predictability and carrier service levels.

Run this scenario

Simulation Suggestion

strategic

What if external factors spike ocean freight rates by 15-20% unexpectedly?

Model a sudden rate spike driven by geopolitical events, fuel surges, or capacity constraints. Test alternative routing strategies (air freight, different ocean lanes, rail) and evaluate service level impact. Quantify cost delta and identify which product categories absorb changes vs. trigger expedited sourcing.

Run this scenario

Simulation Suggestion

this month

What if air freight becomes more cost-competitive relative to ocean freight?

Model a scenario where air freight rate premiums compress due to airline capacity expansion or fuel efficiency gains, making air viable for more shipment profiles. Evaluate margin impact across product portfolios, lead time reductions, and working capital improvements. Identify which SKUs or markets benefit most.

Run this scenario

Go deeper:

Supply Chain Simulation: A Guide for Operators

What discrete-event, agent-based, and Monte Carlo simulation actually do, in plain language for supply chain leaders.

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The signal

Frequently Asked Questions

What This Means for Your Supply Chain

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