Container Shipping in 2026: The Resilience Paradox
A striking new chart from Sea-Intelligence — tracking the containment speed of every major container shipping disruption since 2012 — appears to tell a story of industry progress. The data maps how long it took schedule delays to return to pre-shock levels after each crisis: three months following the 2014 U.S. West Coast labour dispute, one month after the Hanjin collapse in 2016, 15 to 26 months during the pandemic, and two months after the Red Sea crisis. The ongoing Hormuz disruption still carries a question mark.
The obvious interpretation is that the global container shipping industry is getting measurably better at handling shocks. The reality, according to senior analysts across the sector, is considerably more complicated — and for food and beverage supply chain teams managing time-sensitive, temperature-controlled, or cost-sensitive freight, the nuance matters significantly.
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Why Shipping Networks Are Absorbing Disruptions Faster
The improved containment speed is real. But understanding what is actually driving it reframes what it means.
“The chaos hasn’t disappeared; the shipping networks are just absorbing them better,” said Imaad Asad, shipping analyst at Sea-Intelligence. “Shipping lines have fundamentally shifted their operational strategy to proactively adding buffers into their schedules. During the pandemic, the lack of transit buffers meant that any disruption quickly cascaded into a system-wide failure. Now, by structurally extending transit times upfront, shipping lines are absorbing the shock of these events before they can spread.”
In other words, the industry has traded speed for stability. Transit times are longer by design — and the resilience chart flatters an outcome that has real costs embedded within it. Shippers are not getting faster, more reliable service. They are getting a system engineered to fail less visibly.
Simon Heaney, container shipping analyst at Drewry, pointed to a second structural factor: the scale of the crises themselves has varied enormously. “As usual it’s a combination of factors. The crises are of vastly different magnitudes; for container shipping Hormuz is significantly less operationally disruptive than Red Sea diversions, which in turn was relatively minor compared to covid.”
Heaney added that excess fleet capacity has become central to the industry’s shock absorption. “The industry has learned to adapt to a state of perma-crisis, which is helped by having an excess of ships to move about the chess board. Therefore, disruption has diminishing returns for liners. The golden ticket for them is when an event causes a demand upsurge and logistics capacity crunch at the same time. That has happened only on a small scale with Hormuz.”
The Hormuz Disruption: How It Compares to Red Sea and COVID
For food and beverage importers and exporters tracking the Hormuz situation specifically, context is critical. Judah Levine, head of research at Freightos, offered the clearest comparative framing.
The pandemic caused unprecedented congestion across major ports globally — hence the record 15 to 26 month recovery window. The Red Sea crisis directly impacted a smaller share of overall container volumes and had a viable alternative routing via the Cape of Good Hope, enabling recovery even as diversions continued. The Hormuz disruption, by comparison, operationally touches only the 2 to 3% of global container volumes that would typically transit the strait.
“The level of delays and recovery times are mostly commensurate with the degree of the disruptions,” Levine noted — while adding that pandemic-era lessons are now actively being applied. Carriers holding excess capacity as a readiness buffer, a practice learned during COVID, is now standard operating procedure when new disruptions arise.
For F&B supply chains with exposure to Middle Eastern sourcing — including fertilizer inputs, ingredients, and specialty food products — the Hormuz disruption’s relatively contained container shipping footprint does not eliminate risk. It simply means the disruption channel for those supply chains runs more through commodity and ingredient markets than through container freight.
The Counter-Argument: Port Delays Are Getting Worse, Not Better
Not every analyst was prepared to read the Sea-Intelligence chart as a success story — and their pushback carries significant weight for long-term logistics planning.
Peter Tirschwell, founder of the TPM conference, was direct: “What is most relevant is that delays are getting worse as time goes on, not that recovery from shocks may be occurring faster.”
Tirschwell pointed to the recently published Container Port Performance Index from the World Bank, which tracks lifts per hour data. That index has never recovered to pre-COVID levels. “Container carrier leaders speak of long-term worsening of port delays as a reality the industry will have to face likely for years to come.”
Peter Sand, chief analyst at Xeneta, reinforced the systemic concern. “The frequency of disruptions is higher since the onset of covid — and the impact is more severe compared to pre-covid.” He warned against treating different crises as interchangeable when planning supply chain strategy. “Crises are always different. If you fail to distinguish the differences and thus also the impact — you get hit.”
Sand’s broader point is that freight market volatility is now structural — no longer a risk to be episodically managed, but a permanent feature of the operating environment that supply chain teams need to plan around continuously.
The Metric That Matters Most: Global Supply Chain Stress Index
The gap between apparent resilience and genuine system health is perhaps best illustrated by the World Bank’s Global Supply Chain Stress Index, which tracks the volume of TEU caught up in active delays.
That index is currently running at its highest level since the pandemic peak — above 2 million TEU in stress — even as the Sea-Intelligence containment speed data suggests individual shocks are being absorbed more quickly. The Shanghai Containerized Freight Index, meanwhile, has ticked back above $2,000 per TEU.
Faster recovery from individual disruption events, in other words, is not the same as a supply chain operating normally. The system is managing shocks better in isolation. The baseline operating environment — port throughput efficiency, accumulated delay volumes, freight cost levels — has deteriorated and not recovered.
For food and beverage logistics directors, procurement teams, and supply chain planners, this distinction has direct operational relevance. A supply chain that recovers quickly from shocks but operates at a persistently higher level of background stress requires different inventory buffering, supplier redundancy planning, and cost modelling than one that is genuinely functioning at pre-pandemic efficiency.
What This Means for Food and Beverage Supply Chains
Container shipping conditions in 2026 present a nuanced risk environment for F&B operators — one where headline resilience data can obscure the true operating picture.
Transit times have been structurally extended as carriers build in schedule buffers. This means lead times for imported ingredients, packaging materials, and finished goods are longer and less predictable than pre-pandemic norms, even in the absence of active disruption events. Planning cycles need to reflect that baseline.
Port delay data from the World Bank confirms that throughput efficiency at major global container ports has not recovered. For perishable and temperature-sensitive F&B categories — fresh produce, dairy, seafood, frozen goods — the compounding effect of longer transit times and lower port efficiency increases spoilage and cold chain management risk.
Freight cost volatility remains elevated. With the Shanghai Containerized Freight Index back above $2,000 per TEU, the low-cost freight environment of 2023 and early 2024 has not returned. For manufacturers and importers with thin margin structures, freight cost modelling needs to account for a persistently higher and more volatile baseline.
The Hormuz crisis, while operationally less significant to container shipping than the Red Sea disruption, remains unresolved — and continues to affect fertilizer, commodity, and ingredient supply chains in ways that compound existing F&B input cost pressures.
The strategic takeaway for F&B supply chain teams is this: the container shipping industry has become better at not failing catastrophically. It has not become better at delivering the speed, cost, and reliability that underpinned pre-pandemic supply chain planning assumptions. Building for that reality — rather than waiting for a return to pre-2020 norms — is the more defensible planning posture.
Related
FAQ
Is container shipping becoming more resilient in 2026?
In terms of recovering from individual disruption events, yes — containment speed has improved markedly since the pandemic. But the background level of supply chain stress, measured by TEU volumes caught in delays, is at its highest since the pandemic peak, and port throughput efficiency has not recovered to pre-COVID levels.
How does the Hormuz disruption compare to the Red Sea crisis for container shipping?
The Hormuz disruption affects approximately 2 to 3% of global container volumes — significantly less than the Red Sea crisis, which impacted a larger share of global trade and forced major routing changes. The Red Sea disruption’s primary mitigation was rerouting via the Cape of Good Hope; Hormuz’s container shipping impact has been more limited, though commodity and ingredient supply chains face separate exposure.
Why are container shipping transit times still long if resilience has improved?
Carriers have deliberately extended transit times to build schedule buffers — a strategic shift made after the pandemic exposed the fragility of tightly optimised schedules. This improves shock absorption but means baseline transit times are structurally longer than pre-pandemic norms, even when no active disruption is occurring.
What is the Shanghai Containerized Freight Index and why does it matter?
The SCFI tracks spot freight rates for container shipments out of Shanghai, one of the world’s largest container ports. It is a widely used benchmark for global container shipping cost conditions. Its return above $2,000 per TEU signals that freight costs remain elevated above the lows seen in 2023 and early 2024.
What should F&B supply chain teams do differently given current container shipping conditions?
Planning teams should model for longer and more variable lead times, maintain higher inventory buffers for critical imported inputs, build supplier redundancy for high-risk origin corridors, and use freight cost assumptions that reflect a persistently higher and more volatile baseline rather than pre-pandemic norms.
SOURCES
Splash247 — Container shipping’s resilience test is delivering mixed results, June 23, 2026: https://splash247.com/container-shippings-resilience-test-is-delivering-mixed-results/
Sea-Intelligence — Containment speed analysis of major container shipping disruptions, 2026: https://www.sea-intelligence.com
Freightos — Baltic Index and freight market analysis: https://www.freightos.com/freight-resources/freightos-baltic-index/
Drewry — Container shipping market intelligence: https://www.drewry.co.uk
Xeneta — Ocean freight rate benchmarking and market analysis: https://www.xeneta.com
World Bank — Container Port Performance Index: https://www.worldbank.org/en/research/brief/container-port-performance-index
World Bank — Global Supply Chain Stress Index: https://www.worldbank.org/en/research/brief/global-supply-chain-stress-index
