US Air Force AWACS Reportedly Destroyed in Iranian Attack on Saudi Base

Images circulating online appear to show the destruction of a US Air Force E-3G Sentry airborne early warning and control (AWACS) aircraft following a reported Iranian missile and drone attack on Prince Sultan Air Base in Saudi Arabia, UK Defence Journal reported on March 30.

Identified in open-source reporting as belonging to the 552nd Air Control Wing, the aircraft appears to have sustained severe damage concentrated around the rear fuselage. This section houses the E-3’s iconic radar dome and associated surveillance systems.

Crucially, that area contains critical components of the aircraft’s AN/APY-2 radar, which is the nerve center for its airborne command and control role. If officially confirmed by the Pentagon, the loss represents a significant operational blow to a high-value American intelligence and battle management asset in the Middle East, UK Defence Journal wrote.

The Boeing E-3 Sentry: a critical asset

The Boeing E-3 Sentry—commonly referred to as AWACS—is a highly specialized airborne early warning and control aircraft developed by Boeing. Built on the airframe of the Boeing 707 airliner, it provides all-weather surveillance, command, control, and communications capabilities.

Between 1977 and 1992, a total of 68 aircraft were manufactured. The E-3 has been operated by the United States Air Force, NATO, France, Saudi Arabia, and Chile (with the UK’s Royal Air Force retiring its fleet in 2021), according to UK Defence Journal.

The aircraft’s primary function is to deliver real-time situational awareness and battle management. It serves as an airborne command post supporting joint and coalition operations by:

• Detecting, identifying, and tracking airborne and maritime threats;

• Coordinating friendly forces and directing air operations, including interception, close air support, airlift, and reconnaissance;

• Providing early warning of enemy activity across vast distances.

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Technical capabilities and specs

A defining feature of the E-3 is its massive rotating radar dome mounted above the fuselage. This system enables wide-area surveillance over land and sea, allowing it to detect targets at extremely long ranges—including low-flying drones and aircraft that might evade ground-based radar.

The aircraft’s integrated identification systems help crews distinguish between friendly and hostile assets, while onboard computers process and display the data to mission crews for real-time operational decision-making.

The E-3 carries a flight crew of four alongside a mission crew that typically ranges from 13 to 19 personnel. Powered by four turbofan engines, the aircraft has a maximum speed of approximately 460 knots and a range of 4,000 nautical miles, UK Defence Journal reported.

Its endurance exceeds eight hours without refueling, which can be extended significantly through aerial refueling or more efficient engine variants.

The apparent destruction of the E-3G Sentry at Prince Sultan Air Base highlights the increasing sophistication and reach of Iranian drone and missile capabilities—a direct result of deepening military cooperation with Russia. Following the exchange of drone technologies and tactics tested against Ukraine, Tehran has heavily modified its Shahed-type munitions to evade standrt air defenses.

The targeting of high-value US command and control assets marks a severe escalation in the conflict, making the Pentagon to actively explore adopting Ukrainian battlefield innovations, such as low-cost interceptor drones, to protect its vulnerable Middle Eastern infrastructure from localized drone swarms.

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