The destruction of a highly significant radar of the American anti ballistic defense system THAAD in Jordan highlights, in a particularly emphatic way, the serious strategic and technological gaps of the American military presence in the Middle East.
According to satellite images and photographic material published on 7 March by an anonymous source, the mobile AN/TPY-2 X-band radar of the THAAD system of the United States army was destroyed following an attack by an Iranian unmanned aircraft.
The radar was installed at the Muwafak Salti air base in Jordan, a facility that has evolved into a key point of the American military architecture in the region.
Its destruction is considered particularly serious, as it dramatically reduces the ability of THAAD systems to detect and intercept ballistic missiles launched from Iran.
Another blow to American early warning networks
The loss of the AN/TPY-2 is not an isolated incident.
Successful attacks on other missile defense radars operated by the United States and its strategic allies in the Middle East had preceded it.
Among them is an early warning radar AN/FPS-132 Block 5 located near the Al Udeid air base in Qatar.
This system provided critical targeting information to regional air defense and missile defense networks, including THAAD systems installed in Israel and Jordan.
With the destruction of such radars, the entire early warning architecture that the United States attempted to create in the region is disrupted.
This fact reveals that a system presented for decades as an “impenetrable shield” can be significantly weakened by relatively simple and low cost attacks.
The military buildup before the attack on Iran and the valuable assistance of China
Satellite images from the Chinese company MizarVision confirmed in mid February the deployment of a THAAD system of the United States army at the Muwaffaq Salti air base in Jordan.
This deployment was part of a broader military buildup of forces aimed at preparing a United States and Israel attack against Iran on 28 February.
The concentration of military assets by the United States and Israel reveals a strategy based on military escalation and aggressive deterrence, a policy that for years has been accused of contributing to the destabilization of the Middle East.
However, the destruction of such a critical defense element so soon after its deployment raises serious questions about the effectiveness of this strategy.
It is self evident that the contribution of China in identifying this defensive weapon was crucial, as it was with other American systems in the countries of the Persian Gulf.
Structural weaknesses of Western air defense systems
One of the most significant problems highlighted by the incident concerns the structure of Western air defense systems. In contrast to Russian systems such as the S-400, which use multiple types of radars operating in a complementary manner, Western systems, including THAAD, rely almost exclusively on a single main radar.
This means that without the AN/TPY-2 a THAAD battery cannot autonomously perform:
1) target search
2) detection and tracking of ballistic missiles
Theoretically it can still launch interception missiles, but only if it receives data from external sensors.
In practice this dramatically limits operational effectiveness and area coverage.
Dependence on a single critical component thus proves to be a serious design weakness, making the entire system vulnerable.
The paradox of the economics of war
The economic dimension of the case is perhaps even more impressive.
The cost of an AN/TPY-2 radar is estimated between 550 million and 1 billion dollars, depending on configuration and support packages.
It is the most expensive air defense radar possessed by the United States army.
By contrast, the one time attack drones reportedly used by Iran cost approximately 20,000 to 60,000 dollars.
This enormous cost difference highlights a strategic paradox: a weapon worth a few tens of thousands of dollars can destroy equipment worth nearly one billion.
This fact reveals that the technological superiority often invoked by the United States does not necessarily guarantee military resilience on the modern battlefield.
Limited inventories and increasing pressure
The ability of the United States to replace such losses is also limited.
The United States army possesses only eight THAAD systems worldwide.
Their first major test under real high intensity conditions occurred between 13 and 25 June 2025, when Israel launched large scale attacks against Iran.
During the twelve day conflict, the United States army launched more than 150 THAAD interception missiles to counter Iranian ballistic attacks.
This number represented more than 25% of the total global stock.
Each interception missile launch costs approximately 15.5 million dollars, while the protection of Israeli airspace for only 11 days is estimated to have cost more than 2.35 billion dollars.
A strategic problem that is growing
Since the beginning of the new phase of conflicts following the attack on Iran on 28 February 2026, Iranian attacks appear to have increased significantly in intensity.
This means that stocks of interception missiles may be depleted much faster than in the past.
Combined with the destruction of critical radars, these developments create a serious strategic challenge for American missile defense.
Despite the billions invested in advanced systems, the reality of modern warfare shows that even the most expensive technologies can prove vulnerable to asymmetric and economically efficient attacks.
A powerful message to the United States from the decisive strike on THAAD
The destruction of the AN/TPY-2 radar in Jordan is not merely a technical loss.
It constitutes a powerful message about the limits of American military power and about the weaknesses of a defense system based on expensive but fragile infrastructure.
At a time when cheap drones and asymmetric tactics are reshaping the battlefield, this case may signal a deeper shift in the balance of power in the Middle East, and a challenge that the United States may find difficult to confront.
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