U.S. Military Deploys LUCAS Drone, Echoing Iranian Shahed Technology

The U.S. military has introduced the Low-Cost Uncrewed Combat Attack System (LUCAS) for combat operations, marking its first deployment in a real-world scenario. This drone, developed by Arizona-based SpektreWorks, is a reverse-engineered version of Iran's Shahed drone, which has been utilized by Iranian forces and Russia in conflicts, particularly in the Gulf region. U.S. Central Command (CENTCOM) chief Admiral Brad Cooper has described LUCAS as an indispensable asset for U.S. forces in the Middle East, reflecting a shift in military tactics towards the use of inexpensive unmanned aerial vehicles (UAVs).

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LUCAS is designed as a one-way attack drone, also known as a loitering munition or "kamikaze" UAV. It has an operational range of approximately 650 kilometers (400 miles) and is priced around $35,000, significantly lower than traditional precision missiles like the Tomahawk, which can exceed $2 million each. The drone carries up to 18 kilograms of explosives, making it effective against infrastructure targets such as power grids and government buildings, although it is less suited for heavily fortified military installations.

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The deployment of LUCAS comes amid increasing reliance on drone technology in modern warfare, particularly as seen in the ongoing conflict between Ukraine and Russia. Ukrainian forces have been actively combating Iranian-designed Shahed drones, prompting collaboration between Ukraine and U.S. military experts to develop countermeasures. The introduction of LUCAS signifies a tactical evolution for U.S. forces, who have previously only theorized about using disposable drones in combat.

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Emil Michael, the Pentagon's top official for defense research and engineering, noted that LUCAS has performed "very well so far," indicating its effectiveness in initial operations. The U.S. military has established a dedicated squadron for LUCAS as part of a new task force named Scorpion Strike, aimed at optimizing the use of low-cost unmanned systems.

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Despite its advantages, experts have pointed out that LUCAS shares physical similarities with Iran's Shahed-136, raising concerns about the implications of reverse-engineering foreign technology. Steve Wright, a U.K.-based drone expert, highlighted that while there are differences in construction, the fundamental design reflects the environments in which both drones were developed. Critics may question the ethical and strategic ramifications of utilizing a drone that mirrors an adversary's technology.

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While the Pentagon has acknowledged the successful deployment of LUCAS, details regarding its specific operational capabilities and performance metrics remain limited. CENTCOM has declined to provide further comments on the technology's integration into U.S. military operations, leaving some aspects of its effectiveness and strategic role in combat ambiguous.

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• “It's proven out to be a useful tool in the arsenal,” — Emil Michael, Pentagon Official

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• “There are plenty of differences though, but as so often happens in drones, they are hidden under the skin, reflecting the very different environments where they are built and used,” — Steve Wright, Drone Expert

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The deployment of LUCAS represents a significant development in U.S. military strategy, reflecting an adaptation to modern warfare's evolving landscape.

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