The escalated tensions in the Middle East have amplified as reports say that Iran struck a major US missile defense radar in Jordan. Bloomberg elaborates that according to a US official, the attack targeted an AN/TPY-2 radar at Muwaffaq Salti Air Base. The system supports the Terminal High Altitude Area Defense (THAAD) network. It plays a vital role in tracking and guiding interceptions of ballistic missiles.
Analysts reviewed commercial satellite images after the attack. The images suggest the radar and some support equipment were destroyed. Early reports claimed that air defenses had intercepted the incoming strike. However, later assessments indicated that the radar was hit during the opening days of the war. As a result, some experts describe the strike as one of Iran’s most effective attacks so far.
Strategic gap in regional missile defence
The loss of the AN/TPY-2 radar creates a gap in high-altitude surveillance in parts of the Gulf region. Normally, the radar guides THAAD interceptors that target missiles near the edge of the atmosphere. Without it, defense forces must rely more on Patriot missile systems.
However, analysts say the wider defense network still has other sensors. These radars can help maintain missile detection and tracking. Ryan Brobst from the Foundation for Defense of Democracies said the US and its partners operate several radar systems across the region. Therefore, the defense shield will continue to function despite the setback.
Pressure on defence supplies and production
Meanwhile, the strike reflects increasing pressure on regional missile defense systems. Iranian drone and missile attacks have repeatedly tested Gulf air defenses. As a result, some officials worry that it could result in a reduction in the stocks of advanced interceptors if the conflict continues.
In response, US defense companies plan to increase production. After meeting senior officials at the White House, they agreed to boost output of advanced defense systems to strengthen readiness amid rising regional tensions.
