Iran Claims Ballistic Missile Strikes Destroy Four U.S. THAAD Radars in 24 Hours — $1.2 Billion Missile Shield Sensors Targeted Across Gulf and Levant

(DEFENCE SECURITY ASIA) — Iran’s Islamic Revolutionary Guard Corps (IRGC) has declared that coordinated ballistic missile strikes conducted over a 24-hour operational window on 8 March 2026 destroyed four radars associated with the United States’ Terminal High Altitude Area Defense (THAAD) missile shield across multiple Middle Eastern locations, a claim that—if verified—would represent one of the most significant degradations of the U.S. regional missile-warning architecture in recent history.

The statement, broadcast through Iranian state outlets including IRNA, PressTV, and Mehr News Agency and rapidly amplified across global social media channels such as X, asserted that precision strikes using Ghadr, Emad, and Kheibar Shekan ballistic missiles targeted radar installations that allegedly provided real-time tracking data to U.S. and Israeli air-defence networks across the Gulf and Levant theatre.

Military spokespersons linked to Iran’s Khatam al-Anbiya Headquarters stated that the destruction of these radars had already begun degrading early-warning timelines for hostile missile detection, asserting that Israeli air-raid sirens were reportedly triggered only upon missile impact rather than during the approach phase, a claim that frames the strikes as an attempt to disrupt the sensor layer underpinning regional missile defence.

If accurate, the simultaneous neutralisation of multiple AN/TPY-2 radar nodes would signal a deliberate Iranian strategy to target the sensor backbone of the U.S.-led missile defence architecture rather than its interceptor launchers, a tactic designed to collapse detection timelines and complicate engagement sequences across the Gulf’s integrated air and missile defence network.

Such a development would carry significant strategic implications for the operational resilience of the THAAD shield protecting U.S. and allied installations in the Middle East, because the destruction of radar assets valued at approximately US$300 million (RM1.14 billion) each would impose substantial logistical replacement timelines on a system produced in limited quantities since the 1990s.

Strategic Role of THAAD Radar in Regional Missile Defence

The THAAD missile defence system constitutes a core component of the United States’ layered ballistic missile defence posture in the Middle East, combining interceptor batteries with the AN/TPY-2 X-band radar designed to detect, track, and discriminate incoming short-, medium-, and intermediate-range ballistic missiles at extended distances.

This radar system functions as the sensor backbone of the THAAD architecture, transmitting high-resolution tracking data to interceptors and networked defence nodes, enabling engagement sequences that rely on early detection to intercept missiles during their terminal phase outside or just inside the Earth’s atmosphere.

With an estimated individual cost of approximately US$300 million (RM1.14 billion), each AN/TPY-2 radar represents not only a high-value asset within the United States missile defence ecosystem but also a critical sensor node in the broader regional command-and-control network linking Gulf-based installations with Israeli air-defence systems.

The alleged destruction of four such radars within a single 24-hour period therefore carries implications that extend beyond the immediate tactical battlefield, potentially affecting the sensor coverage and response time available to missile defence units positioned across the Gulf security architecture.

Iranian statements framed the strikes as precision ballistic missile operations conducted against radar sites integrated into U.S. and Israeli defence networks, suggesting that the targets were selected based on their role in providing real-time missile tracking data during the ongoing regional confrontation.

The IRGC’s narrative emphasised that neutralising these radar nodes would reduce the effectiveness of missile interception systems by degrading the early-warning layer required for successful engagement sequences.

Within missile defence doctrine, sensor survivability remains as critical as interceptor capability, meaning that radar degradation can impose cascading operational effects across multiple defence layers.

Iranian officials described the strikes as part of a broader campaign targeting infrastructure linked to U.S. missile defence deployments in the Middle East.

These statements positioned the radar strikes as an operational response to escalating hostilities involving Iran, Israel, the United States, and several Gulf states.

Reported Locations of Alleged Radar Destruction

According to statements disseminated through Iranian state media and associated reports, the four radars allegedly destroyed during the 24-hour strike window were located across multiple strategic U.S. and allied defence sites in the region.

The first site identified in Iranian claims was Al-Rubha, or Al-Rabha, in the United Arab Emirates, where a radar connected to U.S.-linked infrastructure in the Gulf was reportedly struck during missile operations targeting regional defence assets.

A second radar was reported to have been located at Al-Ruwais in the United Arab Emirates, described by Iranian sources as part of a THAAD battery tasked with defending regional airspace from ballistic missile threats.

Iranian reports further asserted that a third radar was destroyed at Al-Kharj in Saudi Arabia, a location associated with the deployment of a U.S. THAAD system intended to protect strategic infrastructure and allied forces operating in the kingdom.

The fourth radar allegedly targeted was situated at Azraq, or Al-Azraq, in Jordan, a location connected to earlier reports indicating that a THAAD radar near Muwaffaq Salti Air Base had been struck during earlier phases of the conflict.

These sites collectively represent critical nodes within the network of U.S. and allied missile defence installations positioned around the Persian Gulf and Levant.

The geographic distribution of these radar installations reflects the strategic objective of establishing overlapping detection coverage to monitor potential missile launches originating from Iran.

By targeting multiple radar nodes across different countries within a compressed operational timeframe, Iranian statements suggested an attempt to challenge the resilience of this distributed detection architecture.

However, these reported locations and damage assessments remain largely based on Iranian claims rather than independent verification.

Table: Reported Locations of Alleged THAAD Radar Destruction (IRGC Claims)

Escalating Claims of Radar and Missile Defence Losses

Iranian statements regarding the destruction of four THAAD radars form part of a broader narrative emerging from the current conflict, in which Tehran has repeatedly claimed to have struck critical components of U.S. missile defence systems deployed across the region.

Earlier reports circulated by Iranian sources described a drone strike that allegedly destroyed a US$300 million AN/TPY-2 radar installation, an incident that Iranian officials portrayed as demonstrating the vulnerability of U.S. sensor infrastructure to precision attacks.

Subsequent Iranian claims asserted that up to five U.S. radars valued at approximately US$4 billion (RM15.2 billion) had been destroyed during the previous nine days of hostilities.

These claims also included statements alleging that three THAAD batteries had been destroyed or rendered inoperable, representing roughly 30 percent of the total global supply of THAAD systems.

The reported strikes were described as involving combinations of ballistic missiles and unmanned aerial systems aimed at degrading missile defence capabilities across Gulf-based installations.

Additional Iranian statements suggested that facilities in the United Arab Emirates and Qatar had also been targeted during earlier phases of the conflict.

These operations were framed by Iranian officials as part of a coordinated effort to dismantle what they described as the “early-warning shield” protecting U.S. and allied military infrastructure in the Middle East.

From a strategic signalling perspective, such claims serve multiple purposes, including demonstrating Iran’s missile strike capabilities while attempting to undermine perceptions of U.S. technological dominance in missile defence.

However, the scale of destruction described in these statements has not yet been independently verified through publicly available imagery or official confirmation from the United States or its regional allies.

Verification Challenges and Conflicting Evidence

Independent verification of the radar destruction claims remains limited due to the rapidly evolving nature of the conflict and the restricted availability of confirmed battlefield intelligence.

Some Western media organisations have reported on a specific incident involving a THAAD radar located near Muwaffaq Salti Air Base in Jordan earlier in the conflict timeline around 5–6 March 2026.

These reports referenced satellite imagery and statements from U.S. officials acknowledging that a radar installation had been struck during hostilities.

However, these officials reportedly stopped short of confirming whether the radar had been completely destroyed.

Other analysis referenced footage of an Iranian drone strike targeting a U.S. radar system, with analysts suggesting that such an attack could potentially reduce the effectiveness of the THAAD missile defence system against future ballistic missile threats.

The limited availability of independently verified imagery and the fog of war surrounding active combat operations have therefore left significant uncertainty surrounding the scale of damage to missile defence infrastructure.

Media coverage across international outlets has largely presented the IRGC’s claims alongside caveats noting that confirmation remains incomplete.

Reports have therefore described the radar destruction narrative as part of the broader information battles accompanying the physical conflict.

Social media activity has further amplified the story, with users sharing videos of missile launches and commentary analysing the potential strategic consequences.

The absence of a detailed public response from U.S. or Israeli officials regarding the specific 24-hour radar destruction claim has contributed to the uncertainty surrounding the operational reality of these reported strikes.

Replacement Timelines and Strategic Implications

The AN/TPY-2 radar represents a specialised component within the U.S. missile defence inventory, produced in relatively limited numbers since its introduction during the 1990s.

Approximately twenty units of this radar type have been manufactured over several decades of production.

Under standard production conditions, replacing a single AN/TPY-2 radar typically requires around 30 months, equivalent to approximately two and a half years.

Some procurement timelines suggest that the interval between contract award and final delivery for a new radar unit can extend to roughly four years and three months.

If multiple radars were indeed destroyed within a short period of time, the logistical and industrial implications for replacement would therefore extend well beyond the immediate battlefield.

Limited production capacity combined with supply chain constraints could potentially delay the restoration of the full sensor coverage previously provided by these radar systems.

Strategically, this would mean that the replacement of destroyed radar infrastructure could require several years.

Some confusion has emerged in public reporting between the AN/TPY-2 radar and other early-warning systems such as the AN/FPS-132 radar, which has longer replacement timelines estimated at five to eight years.

However, these replacement estimates apply to different radar platforms and do not directly reflect the manufacturing cycle associated with the THAAD-specific AN/TPY-2 radar.

The distinction between these radar types is therefore critical when assessing the long-term operational impact of any confirmed losses within the THAAD missile defence architecture.