Five U.S. Air Force refueling aircraft were struck and damaged during an Iranian missile attack on a military installation in Saudi Arabia, according to reports citing American officials. The incident reportedly occurred at Prince Sultan Air Base, a strategic facility that hosts U.S. and allied military operations in the region.
According to officials familiar with the situation, the aircraft were on the ground when the missiles hit the base. The planes involved were aerial refueling tankers, critical assets used to extend the range and endurance of fighter jets and other military aircraft during operations. While the aircraft sustained damage from the strike, they were not completely destroyed and are currently undergoing repairs.
Despite the impact of the attack, officials said there were no casualties reported among U.S. personnel stationed at the base. Emergency response teams quickly secured the area after the strike, assessing damage and ensuring that no further threats were imminent. Military engineers and maintenance crews have since begun repair work on the affected aircraft to restore them to operational status.
The missile attack is believed to be part of escalating tensions involving Iran and its regional rivals, particularly Saudi Arabia and the United States. Analysts say such strikes highlight the growing risks facing U.S. military installations across the Middle East, where bases often play a central role in surveillance, deterrence, and rapid response operations.
Officials have not publicly disclosed the exact type of missiles used in the strike, but defense experts suggest they may have been part of Iran’s expanding ballistic missile arsenal. The incident underscores the vulnerability of large air bases to missile attacks, even those equipped with modern defense systems.
U.S. and Saudi authorities are reportedly reviewing security measures at the installation following the attack, while diplomatic channels remain active as regional leaders attempt to prevent further escalation in an already volatile environment.
