The Strait of Hormuz Is Disrupting Every Mode of Freight
Twenty percent of the world's daily oil supply moves through a waterway 33 kilometers wide at its narrowest point. When that passage is threatened, it isn't an ocean freight problem — it's a supply chain problem. And right now, it's your supply chain problem.
The disruption in the Strait of Hormuz that Trax's Steve Beda addressed in this month's Freight Market Report webinar has escalated significantly since that conversation. The data is serious, the cascading effects are broad, and the decisions supply chain leaders make in the next several weeks will have consequences well beyond the current news cycle.
Key Takeaways
- The Strait of Hormuz carries approximately 20% of global daily oil supply and 22% of global LNG exports — its disruption affects freight costs across all modes, not just ocean, because every mode carries a fuel surcharge indexed to oil prices
- Rerouting via the Cape of Good Hope adds 10 to 14 days of transit time, compressing already lean inventories and creating cascading port congestion, drayage shortages, and demurrage exposure within two to five weeks of initial disruption
- War-risk insurance premiums for strait transits have surged significantly, making the cost calculus for passing through prohibitive for many carriers — Maersk, CMA CGM, and Hapag-Lloyd have all suspended strait transits
- The commodity impact extends far beyond energy: one-third of global seaborne fertilizer trade and 85% of Middle Eastern polyethylene exports transit the Strait, with downstream effects on packaging, automotive, manufacturing, and consumer goods
- Steve Beda's core recommendation: avoid fixed fuel rates at a market peak, be cautious about long-term carrier contract commitments in a volatile environment, and ensure backup routing strategies exist before the next disruption forces you to build them in real time
What's Happening and Why It Matters Beyond Energy
The Strait of Hormuz is one of the most critical corridors in the global energy supply chain. Approximately 20% of the global oil supply passes through this narrow waterway, which connects the Persian Gulf to the Arabian Sea. Energy exports from Saudi Arabia, Iraq, Kuwait, Qatar, and the United Arab Emirates rely heavily on this route to reach markets in Asia, Europe, and North America.
The Strait handles approximately 20% of the world's daily oil supply and 22% of global liquefied natural gas exports, almost all of which originate in Qatar. Around 20 million barrels of crude oil and petroleum products transit the waterway each day.
The numbers make the geography's strategic importance obvious. What's less obvious — until you feel it in your freight invoices — is how thoroughly this disruption propagates across modes that have nothing to do with tankers.
Steve was precise about the mechanism in the webinar: there is no mode of transport without a fuel surcharge indexed to oil costs. Road. Air. Rail. Ocean. Every shipment that moves is priced, in part, on fuel — and that fuel index is a pass-through. What carriers pay, shippers pay. What shippers pay eventually reaches consumers. The Strait of Hormuz isn't a headline about the Middle East conflict. It's a cost-per-shipment event for every enterprise with a global freight program.
Energy markets reacted immediately, with Brent crude rising above $90 per barrel. Freight rates for oil tankers and war risk insurance premiums are surging, while marine fuel costs are also rising, increasing shipping costs across supply chains.
The Insurance Dimension Most Leaders Underweight
Steve raised a point in the webinar that deserves more attention than it typically gets: the insurability of assets moving through a high-risk geographic area. This is not a secondary consideration. In many scenarios, it is the primary one.
In the days before the most recent escalation, war-risk ship insurance premiums for the strait increased from 0.125% to between 0.2% and 0.4% of ship insurance value per transit.
That increase compounds on top of already elevated base rates. And when the risk calculus tips far enough, major carriers make the rational decision to avoid the corridor entirely, regardless of what the route optimization suggests.
That is exactly what happened. Major container shipping companies, including Maersk, CMA CGM, and Hapag-Lloyd, suspended transits through the strait and related routes such as the Red Sea. Houthi-controlled Yemen announced it would resume attacks on Israel and commercial ships in the Red Sea, forcing Suez Canal traffic to be rerouted around Africa's Cape of Good Hope — adding weeks to transit times and increasing shipping costs.
This is the dual-chokepoint scenario supply chain planners dread. With the Strait of Hormuz effectively closed to the east and the Red Sea volatile to the west, there is no fast routing option for Gulf-bound cargo. The only alternative is the Cape of Good Hope, and the arithmetic is unforgiving.
What Rerouting Actually Costs — In Time and Dollars
The rerouting decision looks straightforward when a carrier makes it. For shippers, the consequences are considerably more complex.
Rerouting via the Cape of Good Hope adds approximately 10 to 14 days to transit times for vessels travelling between Asia and Europe or the Americas. Buffer inventories, already thinned by years of lean manufacturing philosophy and post-pandemic supply chain reform, are not sized for a fortnight of additional transit time in either direction.
Steve's framing during the webinar was practical: rerouting costs you on two dimensions simultaneously. Freight cost goes up. Transit time goes up. When transit time is extended, inventory planned to arrive by a specific date is now late — and if you were running lean, that's not just a logistics inconvenience. It's a revenue impact. Plants wait for components. Shelves run short. Orders slip.
The initial ocean impact may take 10 to 14 days to appear, but the real pressure typically hits within two to five weeks as diverted containers arrive in clusters, terminal congestion rises, and drayage demand outpaces truck and chassis availability.
And the effects don't stop at port. Disrupted trade lanes reduce empty container availability, tightening export capacity in other markets, including North America, leading to missed appointments, higher demurrage charges, and severe congestion at already strained ports.
It's Not Just Oil: The Commodity Cascade
Supply chain leaders who believe the Hormuz disruption is primarily an energy sector issue should look more carefully at what actually transits that corridor.
Around one third of the global seaborne fertilizer trade — approximately 16 million tonnes — passes through the Strait, raising concerns about fertilizer access across markets.
About 85% of polyethylene exports from the Middle East go through this route. Shortages and backlogs will raise prices for packaging, automotive components, and consumer goods. Aluminum, petrochemical inputs, plastics feedstocks, electronics components — all of it moves through this corridor at scale.
Annual trade flows worth around $1.2 trillion from five Gulf countries could be affected by a prolonged closure. Short-term disruptions mainly trigger price volatility, but actual supply shortages become likely if disruptions last several months, and rising energy prices and higher production costs could weaken the competitiveness of industries across Europe and North America.
For supply chain leaders in manufacturing, consumer packaged goods, life sciences, and automotive industries, where Trax works extensively, the exposure isn't abstract. It shows up in input costs, carrier surcharges, insurance line items, and the accessorial charges that appear on freight invoices weeks after the underlying disruption began.
What Steve Beda Recommends
Steve's strategic guidance during the webinar carried his characteristic balance of directness and intellectual honesty about what we don't know.
On duration: this is the variable that governs everything else. Is this a blip that resolves in weeks, or a trend that reshapes freight cost structures for months? Steve was candid that the answer isn't knowable with confidence yet, but that the data entering this disruption was already pointing in a difficult direction. Capacity was constrained. Base rates across all modes were trending upward on a consistent multi-month basis. The Hormuz disruption hit freight markets with no cushion to absorb it.
On contracts: if you are approaching carrier contract renewals, think carefully about duration. Locking in capacity now avoids further exposure in a market where rates are rising. But committing to long-term contracts at current elevated pricing limits your ability to renegotiate if demand softens or capacity comes back online. Shorter terms preserve optionality.
On fuel specifically: avoid baking in a fixed fuel rate at market peak levels. Index-based fuel agreements with caps let you participate in both directions — benefiting when prices come down without being fully exposed when they spike. This is not the moment to negotiate a fixed rate and call it managed.
On backup strategies: the Maersk rerouting announcement wasn't a surprise to carriers — it was a deliberate operational response to a risk they had already modeled. The question for shippers is whether their backup strategies were designed before the disruption or are being built reactively as it unfolds. Pre-modeled alternative routes, balanced supplier networks across regions, and inventory levels calibrated to absorb short-duration disruptions are not luxury planning exercises. They are the operational difference between managing through a disruption and being managed by it.
The Data Requirement Underneath All of It
Every recommendation Steve made in the webinar — rerouting analysis, contract timing, fuel index strategy, backup carrier modeling — requires one thing before it can be executed: a clear, current, lane-level view of your freight program.
Which carriers are you using on which lanes? What are your concentration exposures by region and mode? How does your current transportation spend distribute across the corridors affected by this disruption? What would a mode shift or rerouting cost, compared to your current contracted rates, on the specific lanes where you have exposure?
These are not questions that can be answered from a summary report or a 30-day-old data pull. They require normalized, audited freight data available in real time — across all modes, carriers, and geographies — in a form that can actually support the scenario modeling Steve described.
Trax's freight audit and data management platform provides that foundation. The Prizma platform normalizes transportation spend data across 100% of invoices, all modes, all currencies, and all regions — giving supply chain leaders the visibility to assess Hormuz exposure at the lane level and model the cost implications of rerouting, alternative carrier selection, or adjusted inventory positioning before decisions become urgent.
The Strait of Hormuz will eventually stabilize. The supply chains that are building data infrastructure to manage this disruption intelligently will also be better prepared for the next one.
Subscribe to the Trax Freight Market Report to receive monthly analysis from Steve Beda and the Trax advisory team — and join us for the next webinar as conditions continue to develop.