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    U.S. Deploys Battle-Tested Merops Counter-Drone System to Middle East

      TL;DR: U.S. deploying Merops, a truck‑mounted, AI-guided drone‑on‑drone system that scored 1,000+ interceptions of Iranian Shahed drones in Ukraine, to multiple Middle East sites to counter low‑cost unmanned threats. Merops can detect and pursue slow, small targets in GPS‑jammed environments at far lower per‑engagement cost than missiles, but officials warn waves of inexpensive drones remain a “math problem” that can overwhelm defenses and leave some facilities vulnerable. Deployment—built on lessons from Ukraine and NATO missions and supplied mainly by Perennial Autonomy—reflects urgent demand for scalable, cost‑effective counter‑drone capabilities.

    U.S. Deploying Proven Counter-Drone System to Middle East

    The United States will deploy an American-made counter-drone system to the Middle East to strengthen defenses against Iranian unmanned aerial vehicles, according to two U.S. officials who spoke to The Associated Press on condition of anonymity. The system, known as Merops, has logged more than 1,000 successful interceptions of Iranian-designed Shahed drones during operations in Ukraine.

    U.S. forces have previously relied on Patriot and THAAD missile defense systems to intercept Iranian ballistic missiles. However, officials acknowledge that effective countermeasures against lower-cost drones remain limited in the region. One defense official described U.S. efforts to counter Iranian Shahed drones as “disappointing,” noting that Iran’s variants are less advanced than the models Russia continues to refine and deploy in Ukraine.

    Merops System Designed for Drone-on-Drone Intercepts

    Merops is a compact system capable of operating from the back of a midsize pickup truck. It deploys interceptor drones that identify, pursue, and neutralize hostile drones. The system uses artificial intelligence to maintain navigation and targeting capabilities even in environments where satellite signals and electronic communications are jammed.

    Traditional radar systems are optimized to detect high-speed missiles and often struggle to distinguish slower, smaller drones from birds or civilian aircraft. Merops is specifically configured to detect and engage such targets. A key advantage is cost efficiency: intercepting a drone valued at less than $50,000 with a missile costing hundreds of thousands of dollars presents sustainability challenges. The drone-on-drone approach reduces per-engagement costs.

    Strategic Concerns Over Drone Saturation Threats

    U.S. officials and lawmakers have raised concerns about the scale of Iran’s drone inventory and the difficulty of countering mass launches. Rep. Jim Himes of Connecticut, the top Democrat on the House Intelligence Committee, described the issue as a “math problem,” emphasizing that expensive interceptors cannot be used indefinitely against inexpensive drones.

    Recent Iranian missile and drone attacks across the Gulf have heightened urgency. Persian Gulf states have expressed concerns about limited preparation time ahead of large-scale barrages. Pentagon officials reportedly acknowledged in closed briefings that countering waves of drones remains a challenge, leaving certain U.S. facilities vulnerable despite layered defenses.

    Defense Secretary Pete Hegseth stated that while total protection cannot be guaranteed, the Pentagon has implemented maximum feasible force protection measures.

    Lessons from Ukraine Inform Deployment

    Merops was previously deployed to Poland and Romania in November after Russian drones entered NATO airspace. U.S. defense officials say operational experience in Ukraine and Eastern Europe has provided valuable lessons now being applied to Middle East deployments.

    Ukrainian President Volodymyr Zelenskyy confirmed that the United States requested assistance in countering Shahed drones. While he did not detail the support provided, a U.S. defense official indicated that Merops is part of that cooperation. President Donald Trump stated he would accept assistance from any country in addressing the threat.

    The systems will be distributed across multiple Middle Eastern locations, including areas without a permanent U.S. troop presence. Most units will be supplied directly by manufacturer Perennial Autonomy, backed by former Google CEO Eric Schmidt, and officials said the transfer will not diminish European defenses.

    Industry representatives argue that conflicts in Ukraine and the Middle East underscore the need for accelerated deployment of cost-effective counter-drone technologies to protect forces and civilian populations without disproportionate expenditure.


    Image Credit: By Sgt. Luis Garcia / 10th Army Air and Missile Defense Command / United States Army - https://www.dvidshub.net/image/9396979/showcase-c-uas-system-nowa-deba-training-area-poland, Public Domain, https://commons.wikimedia.org/w/index.php?curid=178951360
    AI Use Notice: A human gathered the research, but AI wrote the first draft. A human then edited and approved it.

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