Ahmed Kamel – Egypt Daily News
A high-value U.S. missile defense radar at Muwaffaq Salti Air Base in Jordan was struck in the opening phase of the 2026 Iran war, raising urgent questions about the reliability of American and allied air defense networks across the Middle East. Satellite imagery and U.S. military acknowledgments indicate that the target was likely an AN/TPY‑2 X-band radar, a key sensor for the Terminal High Altitude Area Defense (THAAD) system, designed to detect and track incoming ballistic threats.
Located about 100 kilometers east of Amman, Muwaffaq Salti is a central hub for U.S. and Jordanian operations in the Levant. The radar’s destruction represents more than a loss of expensive equipment—it disrupts the critical sensor network that feeds information to interceptors such as THAAD and Patriot. Without this data, operators face delays in identifying and classifying threats, increasing the likelihood that missiles and drones could evade interception.
Analysts say the strike demonstrates deliberate targeting of the “eyes” of air defense rather than the launchers themselves. By focusing on radar and communications infrastructure, adversaries can create operational gaps, reducing the overall effectiveness of missile defense systems. This strategy has been observed across multiple sites in the region, including Saudi Arabia, the United Arab Emirates, Kuwait, Qatar, and Bahrain, with satellite and open-source analysis suggesting at least eight to twelve radar or command installations have been hit since the conflict began.
Jordanian officials report repeated missile and drone incursions into national airspace. While most threats were intercepted, debris and some payloads reached their targets, highlighting that even sophisticated systems face attrition under sustained pressure. Across the Gulf, allied defenses have been stretched by hundreds of incoming projectiles, illustrating the reality that missile defense is not a perfect shield but a network of sensors, command nodes, and interceptors that can be degraded when under attack.
High-value radars like the AN/TPY‑2 are inherently vulnerable. Even mobile units can be located through emissions and operational patterns, giving adversaries opportunities to strike. The U.S. and its partners have increased mobility, dispersal, and redundancy to mitigate risk, but these measures cannot eliminate it entirely. Damage to even a single sensor forces remaining systems to cover larger areas with fewer redundancies, amplifying the operational risk.
The implications extend beyond Jordan. Military planners must reassess force protection, prioritize rapid replacement or redeployment of radar systems, and accelerate investment in next-generation radars such as the U.S. Army’s LTAMDS, which promises greater range and 360-degree coverage. The attacks underscore that modern air defense is as much about protecting the architecture that enables interception as it is about intercepting threats themselves.
Civilians have also felt the consequences. Flying debris and errant fragments from intercepted missiles have struck urban areas in Jordan, highlighting the limits of even successful defense measures. Across the region, infrastructure and populated areas remain at risk, illustrating the human cost of attrition-based missile warfare.
The strike at Muwaffaq Salti Air Base is a reminder that missile defense is not a static wall but a dynamic system under constant pressure. When the sensors that feed it are targeted, the entire network is compromised, demonstrating the thin margin between operational readiness and vulnerability. For the United States and its allies, the challenge is clear: to defend not only against missiles in the sky but also against attacks on the sensors and networks that make those defenses possible.
