New Escalation in Hormuz.. Unknown Projectiles Hit Oil and Gas Tankers

Listen to the article The audio text is automatically generated by a machine system

In a new development regarding security risks in the Strait of Hormuz, the UK Maritime Trade Operations (UKMTO) reported that two oil and gas tankers were subjected to separate attacks by unknown projectiles within the strategic waterway over two consecutive days.

The British agency stated in a warning about an incident that occurred on October 3, that it received a report of a crude oil tanker being hit by an unknown projectile above the waterline, confirming that authorities are investigating the incident.

It also noted that it received a report about another incident, yesterday Sunday, involving a liquefied petroleum gas tanker, which was sailing towards the entrance of the strait, being hit by an unknown projectile.

The UK Maritime Trade Operations renewed its call for vessels to transit with caution and report any suspicious activity.

These incidents occurred at a time when maritime navigation through the Strait of Hormuz continues to face increasing security risks, as UKMTO has recorded a series of reports in recent days about tankers and ships being targeted by unknown projectiles while crossing the strait or in its vicinity.

It is noteworthy that the Strait of Hormuz is a major focal point in the confrontation between Washington and Tehran, as the freedom of navigation through this strategic passage is directly linked to military tensions and ongoing negotiations regarding transit arrangements.

In the latest developments regarding the issue, Iran stated that the reopening of the strait is linked to the seven-day plan it presented to the United States, while diplomatic efforts continue to reach arrangements that would allow for a more regular resumption of navigation.

It is mentioned that oil exports through the strait improved during September despite the ongoing security risks, while reports warned that the increase in attacks on tankers could threaten the sustainability of energy flows through this vital corridor.