First Confirmed Images Reveal Iranian Strike Destroyed U.S. AN/TPY-2 Radar in Jordan, Disrupting Critical THAAD Missile Defence Shield

(DEFENCE SECURITY ASIA) — The first confirmed images showing the destruction of a U.S. AN/TPY-2 X-band missile defence radar at Muwaffaq al-Salti Air Base in Jordan indicate a serious disruption to a critical node within Washington’s forward-deployed ballistic missile defence network during a rapidly escalating confrontation between the United States and Iran.

The radar—an essential sensor forming the detection backbone of the Terminal High Altitude Area Defense (THAAD) missile defence system—was destroyed during a coordinated Iranian drone and missile strike earlier this week, highlighting the exposure of high-value missile defence infrastructure even inside fortified U.S. military installations.

Because only about ten AN/TPY-2 radar systems are believed to exist globally, the destruction of the Jordan-based unit introduces operational uncertainty into the missile defence architecture protecting Jordan, Israel, and other regional assets during a period of heightened strategic tension.

Precision Strike on a Critical Missile Defence Sensor

Photos circulating from the strike location show the AN/TPY-2 Forward-Based X-band Transportable Radar operated by the U.S. Army reduced to structural wreckage across the desert terrain of Muwaffaq al-Salti Air Base.

The imagery indicates the radar’s antenna array was catastrophically shattered, while the surrounding protective housing appears torn apart with fragments of structural debris scattered across the immediate blast area.

Visual evidence shows the antenna module collapsed and heavily charred, suggesting the strike achieved a direct and destructive impact against one of the most technologically sophisticated sensors deployed within the U.S. ballistic missile defence inventory.

This radar had reportedly been supporting THAAD missile defence coverage not only for Jordan but also for Israel, providing essential surveillance and tracking data against potential ballistic missile threats.

The destruction of the radar therefore removes an important surveillance node responsible for detecting missile launches and feeding targeting data into the regional missile defence network.

Because THAAD interceptors depend heavily on AN/TPY-2 tracking information to identify ballistic threats, the loss of the sensor may degrade the early-warning and targeting cycle required for missile interception.

The strike therefore carries operational implications that extend beyond the physical loss of equipment, potentially affecting the overall coordination of missile defence systems deployed across the region.

The rarity of the radar platform further amplifies the strategic significance of the destruction because only a limited number of such systems exist within the global U.S. missile defence inventory.

Operation Epic Fury and the Strategic Escalation

The destruction of the radar occurred within the broader strategic context of Operation Epic Fury, a major U.S. military campaign launched on February 28, 2026 by U.S. Central Command under direct presidential authorization.

The campaign is designed to dismantle key elements of Iran’s security infrastructure, including missile forces, weapons production facilities, and naval capabilities.

Analysts have described Operation Epic Fury as the largest U.S. military buildup in the Middle East since the 2003 invasion of Iraq.

Within this strategic environment, the loss of a forward-deployed missile defence sensor adds additional complexity to the operational balance between the two adversaries.

Missile defence systems are central to maintaining operational freedom for U.S. and allied forces operating in the region.

The destruction of an AN/TPY-2 radar therefore represents more than a tactical strike against equipment because it disrupts the sensor layer supporting the wider ballistic missile defence architecture.

Any degradation in the early-warning network could complicate coordination between multiple interceptor systems positioned across allied territories.

This dynamic illustrates how precision strikes against high-value sensors can influence the strategic balance within a theatre dominated by long-range missile capabilities.

The Technical Architecture of the AN/TPY-2 Radar

The AN/TPY-2 radar was developed by Raytheon, now operating under the RTX corporate structure, as one of the most advanced sensors within the U.S. ballistic missile defence system.

The radar operates within the X-band frequency spectrum between approximately 8.55 and 10 gigahertz, corresponding to wavelengths ranging from about 3.51 to 3.00 centimetres.

Operating within this high-frequency band enables the radar to generate extremely detailed target resolution during missile tracking operations.

Such resolution allows the radar to distinguish ballistic missile warheads from decoys during flight.

This discrimination capability is critical for ensuring that missile interceptors engage legitimate threats rather than countermeasure objects.

The radar uses an active electronically scanned array architecture consisting of thousands of transmit-receive modules.

This design enables electronic beam steering without the need for mechanical movement of the antenna.

As a result, the radar can rapidly scan large volumes of airspace while simultaneously tracking multiple ballistic missile targets.

These technical capabilities make the AN/TPY-2 one of the most capable missile tracking sensors deployed within the global missile defence environment.

Operational Role in the THAAD Missile Defence System

Within the THAAD architecture, the AN/TPY-2 radar functions as the primary sensor responsible for detecting and tracking ballistic missile launches.

The radar identifies missile threats during their boost and mid-course flight phases.

Once detected, the radar provides precise tracking data to command systems responsible for guiding interceptor missiles.

This information allows THAAD interceptors to engage ballistic missiles at high altitude before they reach their intended targets.

Without the radar’s tracking data, THAAD batteries would struggle to accurately discriminate between missile threats and other airborne objects.

In practical operational terms, the radar therefore acts as the “eyes” of the THAAD system.

Tracking data from the radar is transmitted to integrated command and control systems managing interceptor launches.

The radar therefore forms a foundational component of the broader U.S. Ballistic Missile Defense System.

When linked with other interceptor systems deployed across the region, it contributes to a layered missile defence architecture designed to counter ballistic missile threats.

Regional Missile Defence Network and Strategic Coverage

The United States has deployed AN/TPY-2 radars across multiple locations in the Middle East as part of a broader strategy to counter Iranian ballistic missile capabilities.

These forward-based radars serve as surveillance nodes designed to detect missile launches and provide early warning to allied defence networks.

One such radar had been positioned at Muwaffaq al-Salti Air Base in Jordan before being destroyed during the recent strike.

The radar was believed to support THAAD missile defence coverage protecting Jordan and Israel.

Other radar deployments are integrated into regional air defence systems supporting U.S. security partnerships.

These sensors contribute to the wider U.S. Ballistic Missile Defense System operating across the region.

Their ability to detect missile launches at long range significantly improves the effectiveness of interceptor systems deployed in multiple countries.

The limited number of AN/TPY-2 radars worldwide therefore increases the operational importance of each individual deployment.

Muwaffaq al-Salti Air Base and Regional Force Posture

Muwaffaq al-Salti Air Base located in Azraq within Jordan’s Zarqa Governorate has long served as a critical hub for U.S. military operations in the Middle East.

The installation originally opened in 1981 as a Royal Jordanian Air Force facility.

The base is named after Lieutenant Muwaffaq Salti, a Jordanian pilot killed in a 1966 aerial battle with the Israeli Air Force.

Over time the base evolved into a major operational platform supporting intelligence, surveillance, reconnaissance, and combat missions.

Its strategic importance expanded significantly as regional security tensions intensified.

Major infrastructure upgrades funded by the United States have further increased the operational capacity of the installation.

A large expansion valued at approximately USD 143 million (RM543 million) was completed in 2019.

Additional construction projects continued between 2020 and 2021 to enhance operational facilities.

Satellite imagery from February 2026 reportedly showed more than sixty U.S. attack aircraft positioned at the base, highlighting its increasing importance within the U.S. regional military posture.

Strategic Implications for U.S. Operations Under Operation Epic Fury

The destruction of the AN/TPY-2 radar at Muwaffaq al-Salti Air Base carries significant operational implications for the ongoing U.S. military campaign known as Operation Epic Fury, because the loss of this high-value sensor directly affects the integrity of the missile-defence architecture protecting American and allied forces operating in Jordan and nearby theatres.

Without the radar’s long-range X-band detection capability feeding targeting data into the THAAD missile defence system, the defensive umbrella over Jordan becomes operationally degraded, increasing the potential exposure of U.S. and partner forces to ballistic missile threats during an already volatile phase of the conflict.

Strikes targeting AN/TPY-2 radar infrastructure also disrupt the sensor-to-interceptor coordination cycle that underpins the broader U.S. Ballistic Missile Defense System, forcing commanders to rely on alternative sensors while simultaneously placing additional pressure on the remaining surveillance and tracking network across the region.

Within the wider framework of Operation Epic Fury—an operation described as employing overwhelming military power to dismantle Iranian missile capabilities and associated infrastructure—the loss of such a critical sensor could complicate response timelines and require adjustments to force posture or sensor deployment across the operational theatre.

If similar damage to missile defence sensors is confirmed elsewhere in the region, including suspected impacts near radar sites in the United Arab Emirates, the cumulative effect could introduce operational gaps within the regional early-warning network, potentially creating opportunities for adversaries to exploit temporary vulnerabilities in the layered defence system.

The financial dimension of the strike also carries strategic weight, as the destruction of a radar system valued at approximately USD 500 million (RM1.9 billion) represents a substantial material loss at a time when the operation has already incurred casualties, including the confirmed deaths of five U.S. personnel during the campaign.

Such losses may also influence the tempo of military operations, particularly as the United States has already conducted sustained airstrike operations lasting roughly one hundred hours in an effort to degrade Iranian military capabilities under the broader objectives of Operation Epic Fury.

Strategic Assessment

The strike against the AN/TPY-2 radar at Muwaffaq al-Salti Air Base therefore represents a significant development within the evolving confrontation between the United States and Iran, illustrating how precision attacks against critical sensor infrastructure can influence the effectiveness of even the most advanced missile defence networks.

As Operation Epic Fury continues to unfold, the loss highlights the importance of redundancy and resilience within ballistic missile defence architectures, particularly in regions where missile warfare and long-range strike capabilities form the central dynamics of military competition.

In a regional security environment already defined by escalating tensions and complex military deployments, the destruction of a key missile-defence sensor underscores the fragile balance underpinning the Middle East’s strategic landscape and reinforces the need for continuous monitoring and adaptive operational planning by all actors involved.

The incident also demonstrates how the targeting of high-value surveillance and tracking assets can disrupt the sensor layer that underpins integrated missile defence systems, potentially slowing the detection-to-intercept cycle that enables defensive forces to respond effectively to ballistic missile threats.

Such developments illustrate the growing strategic emphasis placed on striking enabling infrastructure—including radar networks, command nodes, and surveillance platforms—as a means of degrading adversary defence architectures without necessarily engaging frontline combat forces directly.

Within the broader operational environment shaped by Operation Epic Fury, the loss of the AN/TPY-2 radar therefore highlights how the contest for information dominance, early warning, and sensor survivability is increasingly becoming a decisive factor in determining the resilience of modern missile defence networks.