🔔 Subscribe to ShipUniverse Weekly →
Maersk and Hapag-Lloyd announced on November 2, 2026, that their joint ME1 container service connecting India and Northern Europe will return to the Suez Canal, ending its longer routing around Africa's Cape of Good Hope. The change begins with Atlanta Express, voyage 644W, scheduled to depart Salalah on November 4, followed by Savannah Express, voyage 644E, departing Tangier on November 13. The move adds another service to the carriers' gradual Red Sea return, at a time when Drewry reports the highest weekly Suez container-ship transit count of 2026 and freight markets are already confronting excess-capacity concerns. Shorter voyages could reduce fuel consumption and free vessels previously tied up by the African detour, although Maersk and Hapag-Lloyd say further routing decisions remain dependent on security conditions in the Red Sea.
ME1 Leaves the Cape Detour Behind
The India–Europe service is scheduled to return through Suez in both directions, beginning with designated November voyages.
The Distance Advantage
Illustrative Mundra–Rotterdam direct port-pair comparison at 14 knots. Excludes the additional ME1 port calls, waiting time and operational buffers.
Cape detour
Suez Canal
Official ME1 Port Rotation
The following sequence is Maersk's published November 2 rotation. Highlighted steps indicate canal passages.
Voyage 644W
Last call: Salalah
ETD: 4 November 2026
Voyage 644E
Last call: Tangier
ETD: 13 November 2026
The Fleet Capacity Hidden Inside the Long Detour
A shorter route can restore vessel availability without a single additional ship being delivered. Whether that capacity reaches the market depends on carrier deployment decisions.
Less time at sea on the same geographic trade, provided port calls and operational buffers are comparable.
Maintaining weekly departures can require fewer deployed vessels, allowing a smaller operating fleet.
Vessels may be redeployed, redelivered, reserved or used to improve schedule reliability.
Six Variables That Determine the Freight-Rate Outcome
The routing decision is confirmed. Its commercial consequences depend on factors that remain partly unreported or outside the operators' direct control.
| Market Variable | Current Evidence | Potential Commercial Effect | Next Measurement to Watch |
|---|---|---|---|
| ME1 Deployment | Both directions have scheduled November transition vessels. Maersk has published the revised port rotation. | Shorter sailing distances can reduce voyage time and potentially lower the number of required vessels. | Actual transits, revised port-to-port schedules and the number of ships assigned to ME1. |
| Suez Traffic | Lloyd's List Intelligence recorded 281 containership passages over four weeks, representing 3M TEU of nominal capacity. | Increasing Suez utilization indicates a broader return, but traffic counts alone do not quantify released fleet capacity. | Weekly ship transits, vessel sizes and capacity-weighted routing changes. |
| Fleet Reallocation | No specific ME1 fleet-reduction or redeployment total was disclosed in the November 2 advisory. | Redeliveries can reduce charter demand; redeployment could add shipping slots on other services. | Vessel redeployments, charter extensions, idle tonnage and blank sailings. |
| Freight Pricing | Drewry's October 29 WCI was $4,429 per FEU. Shanghai–Rotterdam stood at $3,686 per FEU. | Additional effective supply can pressure spot freight if cargo demand and carrier capacity management do not offset it. | India–Europe freight quotes, FAK announcements, shipment volumes and weekly trade-specific indices. |
| Transit Economics | Drewry's different 24,000-TEU service comparison estimated ~$1M of round-voyage saving before war-risk costs. | Lower time and bunker expense can improve vessel economics; canal tolls and insurance can counteract savings. | Actual Suez dues, insurance quotations, fuel prices and vessel fuel consumption. |
| Security / Reliability | The return remains conditional on security. Gemini's September schedule reliability was 68.4%, according to Sea-Intelligence data reported by Seatrade. | Further disruptions may require extra sailing buffers or renewed diversion, offsetting expected capacity gains. | Security advisories, on-time arrivals, carrier routing changes and schedule revisions. |
How Many Ships Could a Suez Return Release?
Stress-test a weekly India–Europe container service. Change speed, service frequency and operating costs, then examine a separate hypothetical freight-rate movement.
Vessel & Route Inputs
Illustrative port pair: Mundra–Rotterdam. The model assumes the same simplified port-pair voyage is repeated in both directions.
Difference between rounded vessel requirements for a weekly service using the Cape and Suez routes. These are theoretical fleet-equivalent positions, not verified ME1 vessel releases.
Round-Trip Service Days
The bars combine modeled sailing days with identical port and schedule buffers. Suez includes one additional round-trip day for canal waiting as an explicit assumption.
Freight-Rate Stress Test
This is a separate spot-market scenario. It is not a forecast of freight changes caused by the ME1 decision.
A 5% decline at the assumed $3,000 spot rate changes the freight value of 500 spot-exposed FEUs by $75,000 per week. This does not predict actual rate movements.
Route-distance assumptions: 6,382 nm via Suez and 11,060 nm via the Cape, from the VesselVector Mundra–Rotterdam port-pair model. Both directions use the same simplified distances. Sea days equal distance divided by speed and 24 hours. Round-trip cycle equals twice the one-way sea days plus selected port/buffer days. The Suez cycle additionally includes one assumed day of canal waiting in total. This is not Maersk's published ME1 schedule.
Vessel requirements equal the rounded-up number of ships needed to sustain the selected weekly departures, based on round-trip cycle days. The difference is a theoretical vessel count; it does not establish that the carrier will remove or redeploy those vessels. Nominal TEU released equals the vessel-count difference multiplied by selected ship capacity. It is not weekly cargo throughput, available booking capacity or a reported Gemini fleet change.
Fuel avoided equals the difference in sea days multiplied by selected tonnes per sailing day. Added Suez costs include two assumed toll amounts and two assumed war-risk costs per round trip. Net variable-cost advantage equals avoided sailing fuel cost minus those incremental charges. The model excludes canal transit fuel, auxiliary fuel during waits, crew, vessel hire, charter savings, emissions levies, maintenance, cargo handling, actual insurance terms and fuel consumption changes with speed. The assumed daily fuel consumption is held fixed when changing speed for simplicity; real fuel consumption depends strongly on speed and engine load.
Freight-rate sensitivity equals the assumed weekly spot-exposed FEU count multiplied by the selected starting rate and hypothetical percentage change. It is independent of the vessel-capacity calculation. Rates may change for many reasons besides Suez routing. No cargo insurance, war-risk surcharge or carrier-specific quotation is implied by the default $3,000/FEU assumption.
We welcome your feedback, suggestions, corrections, and ideas for enhancements.
Please click here to get in touch