By: Logistics Middle east

Container shipping major Maersk has confirmed that 10 of its vessels are currently unable to proceed through normal schedules in the Persian Gulf, reflecting wider regional maritime disruption.

The company’s CEO Vincent Clerc disclosed in comments to The Wall Street Journal that the ships remain effectively stranded in the Gulf while the situation continues to affect shipping routes and operational planning.

Clerc explained that even if a ceasefire were to be reached quickly, the Danish shipping line would still require between seven and ten days to fully restore normal service rotations across its network.

Fleet schedules require time to stabilise

Container shipping networks depend on tightly synchronised vessel rotations between ports across Asia, the Middle East and Europe. When ships pause or delay mid voyage, the disruption can cascade through multiple ports and services.

Maersk indicates that once vessels are able to resume movement, restoring schedules involves repositioning ships, adjusting port calls and rebalancing container flows. Cargo waiting at terminals must also be reloaded according to revised sailing schedules.

Even limited vessel delays can create ripple effects through supply chains because container shipping services operate on fixed weekly schedules linking major global hubs.

Global supply chains monitor disruption

The Gulf region forms a key corridor connecting manufacturing centres in Asia with markets across Europe and the Middle East. Delays affecting ships in this zone can influence cargo movements including consumer goods, industrial equipment and food shipments.

Shipping companies are closely monitoring developments and adjusting operational planning accordingly while prioritising crew and vessel safety.

Maersk remains one of the world’s largest container carriers, operating hundreds of vessels across global trade routes.

The company continues to track conditions affecting the Gulf while preparing to restart regular sailing patterns once operational conditions allow.