Why would a fresh produce company choose expensive air freight over ocean shipping?

Port congestion creates unpredictable delays that jeopardize product freshness and shelf life for perishables. When ocean transit times become unreliable or extend beyond acceptable windows, the cost of spoilage, customer penalties, and lost sales can exceed air freight premiums. Delina Fresh appears to have determined that paying premium air rates protects revenue and customer relationships more effectively than accepting port-driven delays.

What does this mean for port congestion relief efforts?

When shippers divert cargo to air freight to bypass congestion, it may temporarily reduce port volumes but can perpetuate the underlying problem—ports don't recover enough volume to justify terminal investments or labor expansions. This creates a vicious cycle where structural port capacity deficits drive shippers toward costlier alternatives, reducing incentives for the infrastructure improvements needed for long-term resolution.

Is this a permanent shift or a temporary workaround?

The article suggests Delina Fresh is using air freight to 'balance' port congestion, implying tactical deployment rather than wholesale abandonment of ocean freight. However, if port conditions remain unresolved, companies may gradually shift portions of their regular volume to air and other alternatives. Permanent shifts depend on whether port operators address underlying capacity and labor constraints.

How does this affect fresh produce supply chain economics?

Air freight adds significant cost to produce logistics, potentially compressing margins or forcing price increases at retail. Competitive pressures may eventually limit this strategy to high-value, time-sensitive products or to shorter-term crisis mitigation. Sustained air freight dependence would reshape fresh produce distribution networks and pricing structures.

Shipping & Freight

Moderate

Delina Fresh Shifts to Air Freight Amid Port Congestion Crisis

Jun 17, 2026

Don't miss the next port disruption

Daily supply-chain brief. Free, unsubscribe anytime.

The signal

Delina Fresh's strategic pivot to air freight represents an emerging response to persistent port congestion challenges affecting the fresh produce industry. Rather than accepting delays at overwhelmed maritime terminals, the company is leveraging expedited air transportation to maintain service levels and product freshness—a critical concern for perishable goods with narrow delivery windows. This tactical shift illustrates how supply chain disruption is forcing shippers to rebalance their modal mix and accept premium transportation costs as the cost of operational reliability. The broader significance of this move extends beyond a single company's logistics decision.

S. terminals. When modal alternatives become economically viable relative to the cost of spoilage, delayed deliveries, and lost market access, shippers will deploy them—even at 5-10x the cost of ocean freight. This signals that the supply chain community has adapted to viewing congestion as a semi-permanent operational constraint rather than a temporary disruption.

For supply chain professionals, this development underscores the need for flexible network design, carrier diversification, and scenario planning that accounts for multiple transportation modes. The willingness to absorb higher transportation costs to protect product quality and customer commitments reflects a maturation in how companies value service-level preservation over pure cost optimization in perishable categories.

#air-freight-strategy

#port-congestion

#modal-shift

#fresh-produce

#supply-chain-resilience

#perishables-logistics

#transportation-alternatives

#cold-chain

Frequently Asked Questions

What This Means for Your Supply Chain

Simulation Suggestion

this month

What if ocean freight delays extend beyond 14 days at key ports?

Simulate a scenario where ocean transit times from major U.S. ports increase by 2-3 weeks due to labor actions or terminal congestion. Measure the impact on fresh produce shippers in terms of spoilage rates, air freight adoption rates, and total landed costs. Model which product categories shift to air and which remain ocean-dependent.

Run this scenario

Simulation Suggestion

strategic

What if air freight capacity becomes constrained during peak season?

Model a demand surge for air cargo space across perishables during high-season harvest periods. Simulate capacity limits on charter and commercial air capacity, price escalation, and the reversion of cargo back to ocean freight. Assess service level impacts and customer fulfillment rates.

Run this scenario

Simulation Suggestion

this week

What if air freight costs rise 20% due to fuel surcharges or demand?

Simulate a fuel price spike or demand surge that increases air freight rates by 15-20%. Calculate the breakeven point at which shippers absorb air costs versus accepting ocean delays. Model customer price sensitivity and margin compression across different produce categories.

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.

Get the daily supply chain briefing

Top stories, Pulse score, and disruption alerts. No spam. Unsubscribe anytime.

The signal

Frequently Asked Questions

What This Means for Your Supply Chain

Related Articles