U.S. Delivers First American-Made Iron Dome Tamir Missile to Expand Israel's Interceptor Supply.

The United States has delivered its first fully American-made Tamir interceptor missile to Israel following production and assembly at the Raytheon-Rafael facility in East Camden, Arkansas, establishing a new manufacturing source for the Iron Dome air defense system. The delivery expands the industrial capacity available to replenish Israel's interceptor inventories and establishes a second production location for one of the country's most extensively used air defense missiles.

The first fully American-made Tamir interceptor has been handed over to the Israel Missile Defense Organization (IMDO) at the Raytheon-Rafael Protection Systems (R2S) facility in East Camden, Arkansas, during a ceremony attended by American and Israeli officials. Manufactured and assembled in the United States, the missile is intended for Israel's Iron Dome air defense system, which relies on Tamir interceptors to counter aerial threats. The delivery establishes an additional production location for these missiles, increasing the manufacturing capacity available to support Israel's air defense inventories.

Related News: Israel Expands Iron Dome Production Through Rafael Contract Funded by $8.7 Billion U.S. Aid

A Tamir interceptor missile is launched from an Israeli Iron Dome air defense system, as the United States delivers its first fully American-made Tamir interceptor to Israel from the Raytheon-Rafael production facility in Arkansas. (Picture source: RTX)

The delivery, announced on October 7, 2026, represents the first time a complete Tamir interceptor has been produced outside Israel. Until now, American companies had participated in manufacturing components under bilateral production agreements, while final assembly remained concentrated in Israel. The new facility allows complete missiles to be manufactured on U.S. territory, expanding the industrial capacity available to replenish Israeli air defense inventories.

The East Camden plant operates under R2S, a joint venture between Rafael Advanced Defense Systems and Raytheon, an RTX subsidiary. Opened in November 2025 following construction that began in February 2024, the facility represents a $63 million investment and is expected to create up to 60 jobs. In November 2025, R2S also received a $1.25 billion contract covering Tamir missiles, missile kits, and test equipment for Israel. The plant is also intended to manufacture SkyHunter, the American derivative of Tamir, for the U.S. Marine Corps' Medium Range Intercept Capability (MRIC) program.

The ceremony brought together Arkansas Governor Sarah Huckabee Sanders, IMDO Director Moshe Patel, senior representatives of the U.S. Missile Defense Agency (MDA), and officials from Rafael and Raytheon. Patel explained that the new production line supports efforts to accelerate manufacturing across Israel's missile defense systems. He also emphasized that American funding allocated to cooperative programs, including emergency supplemental assistance, is reinvested in the U.S. defense industrial base. The IMDO oversees Israel's multilayered missile defense architecture alongside the MDA, including cooperation on Iron Dome, David's Sling, and Arrow.

Developed by Rafael under IMDO supervision, Tamir is the principal interceptor of Iron Dome, which entered operational service in 2011. The missile measures approximately three meters in length, has a diameter of 160 millimeters, and weighs around 90 kilograms. It combines guidance updates during flight with an onboard radar seeker for terminal interception. A high-explosive fragmentation warhead fitted with a proximity fuze destroys incoming projectiles in the air, allowing the missile to engage short-range rockets, artillery shells, and other aerial threats before they reach protected areas.

Iron Dome combines Tamir launchers with an EL/M-2084 multifunction radar developed by ELTA Systems and a battle management and weapon control system developed by mPrest. The radar detects incoming projectiles and tracks their trajectories, while the command system calculates potential impact points and determines whether an interception is required. A conventional battery generally deploys three or four launchers carrying up to 20 interceptors each. The system is designed to counter short-range threats within a range of approximately 4 to 70 kilometers, although actual interception conditions depend on target characteristics and trajectory.

Iron Dome constitutes the lowest layer of Israel's multilayered air defense network, complementing David's Sling, which addresses more demanding medium-range threats, and the Arrow systems designed primarily for ballistic missile interception. Its role is particularly important against rockets and mortars launched in large numbers over short distances, where warning times can be limited to seconds. The system has also been adapted to address certain unmanned aerial vehicles and cruise missile threats, extending its relevance beyond the rocket attacks for which it was originally developed.

From a tactical perspective, Iron Dome provides protection against concentrated rocket and mortar attacks while preserving interceptors through selective engagement. Its battle management system can identify projectiles expected to strike uninhabited areas and prioritize those threatening military installations, infrastructure, or population centers. This process becomes especially important during saturation attacks, when multiple incoming threats must be tracked and engaged simultaneously. According to Rafael, Iron Dome has recorded more than 10,000 operational interceptions during 15 years of service, reflecting its extensive combat use and the continuing requirement for ammunition replenishment.

The establishment of an additional manufacturing location responds to that requirement. Sustained missile and drone attacks can consume large quantities of defensive ammunition, making production capacity an essential part of air defense readiness. Although the companies have not disclosed the plant's annual production rate, the Arkansas facility provides another source of complete interceptors. It also extends a manufacturing partnership that has supported Tamir component production in the United States for more than a decade.

Beyond its industrial importance, the delivery illustrates how missile defense cooperation between Washington and Jerusalem is becoming more closely tied to shared manufacturing capacity. Israel gains an additional production source for interceptors consumed during repeated regional confrontations, while the United States develops domestic manufacturing capabilities applicable to its own military requirements. As conflicts in the Middle East continue to demonstrate the pressure that sustained rocket and drone attacks place on defensive inventories, the ability to manufacture interceptors across two countries becomes an increasingly important factor in maintaining military readiness and the resilience of allied defense supply chains.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests include security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.

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