Iran’s Army Claims Major Destruction of US-israeli Radar Capabilities
The Islamic Revolution Guards Corps (IRGC) has reportedly neutralized a significant portion of US-Israeli radar capabilities, thereby increasing the vulnerability of Israeli military sites to precision strikes, according to a military spokesperson.
Brigadier General Mohammad Akraminia of the Iranian Army announced on Tuesday that the dismantling of these surveillance systems has enabled advanced Iranian drones to breach air defenses with greater ease than before.
General Akraminia announced that the Army’s domestically developed high-tech drones, equipped with modern technology and upgraded guidance systems, have successfully targeted and eliminated enemy positions.
He stated that the Army and the IRGC are currently striking enemy targets with increased accuracy, as a result of the deterioration of the adversary’s early-warning systems.
Intelligence assessments reported by Iranian media suggest that around 50% of the radar systems employed by United States and Israeli forces in the area have been destroyed. Additionally, the remaining radar systems are allegedly experiencing significant interference and operational challenges.
Military sources have indicated that the opposition is experiencing a significant shortage of munitions, having already utilized 75% of their available stockpiles.
According to reports, the United States has initiated the relocation of missile defense systems from East Asia to the Middle East in an effort to address and fill the gaps in air defense capabilities in the region.
General Akraminia, during his address, criticized the utilization of Iraqi airspace by American and Zionist forces.
He stated that, despite objections from the Iraqi government, these forces persist in utilizing the airspace of the neighboring country to carry out acts of aggression against Iran, contravening international law.
The spokesperson for the Army of the Islamic Republic of Iran stated the forces will address any acts of aggression or threats with a response that is proportionate, swift, and resolute.
