Pentagon Prepares Ground Operations Near Kharg Island and Hormuz Strait.
The United States is actively reviewing military options near key Iranian coastal regions as tensions in the Middle East enter the fifth week. According to a report by The Washington Post, the Pentagon is preparing for potential targeted operations near Kharg Island and the Hormuz Strait.
These plans may include rapid-response attacks by special operations forces along with support from conventional ground troops. However, officials clarify that any action would remain limited and would not escalate into a full-scale invasion.
Meanwhile, uncertainty remains over whether Donald Trump will approve such operations. Reports indicate that internal discussions continue within the administration, with no final decision confirmed.
Strategically, Kharg Island plays a critical role in Iran’s economy. It handles nearly 90% of the country’s crude oil exports. Because of this, military planners consider it a high-value target in any escalation scenario. In addition, US officials are evaluating operations near the Strait of Hormuz. This narrow waterway remains one of the most vital global oil transit routes. Disruptions here could significantly impact international energy markets.
Furthermore, the proposed missions aim to identify and neutralize weapons systems that threaten both commercial and military vessels. These include coastal missile platforms and maritime attack capabilities.
Sources suggest that these objectives could be achieved within weeks rather than months. However, some estimates extend the possible timeline to around two months, depending on operational complexity.
Earlier this month, US airstrikes already targeted key locations linked to Iranian military infrastructure. President Trump described Kharg Island as the “crown jewel” of Iran’s oil economy, highlighting its importance.
At the same time, Washington continues to pressure Tehran to reopen safe navigation routes in the Hormuz Strait. The situation remains volatile, and any escalation could affect global oil supply chains and regional stability.

