BAE Systems tests electromagnetic attack on U.S. Air Force drone

English Posted on  —by Carro e motos
BAE Systems tests electromagnetic attack on U.S. Air Force drone
BAE Systems tests electromagnetic attack on U.S. Air Force drone (X @BAESystemsInc)

BAE Systems, in partnership with the U.S. Air Force, conducted flight tests of a new modular electromagnetic attack system installed on a medium- to large-sized drone.

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The equipment was integrated into a weapons pod mounted on an aircraft that simulates Group 4 and 5 UAVs—categories that include medium- and high-altitude platforms with long endurance.

The goal is to expand electronic warfare capabilities in a distributed manner, reducing reliance on large specialized aircraft. The system is designed to interfere with adversary command networks, sensors, and communications, degrading the use of the electromagnetic spectrum—an essential element for coordination, surveillance, and force direction on the modern battlefield.

According to the company, the prototype used compact hardware derived from already established aerospace technologies, as well as counter-C5ISRT software capable of affecting command, control, intelligence, and reconnaissance networks. The modular architecture allows the system to be adapted according to the platform and mission, enabling integration into drones, helicopters, ground vehicles, and even vessels.

The proposal is to create a layered structure in which multiple smaller systems operate simultaneously to complement dedicated electronic warfare aircraft such as the EA-37B. With an open architecture and software-defined radios, the new system promises rapid updates and greater operational flexibility, expanding the reach of electronic warfare within the U.S. armed forces.

Source: Defence Blog | Photo: X @BAESystemsInc | This content was created with the help of AI and reviewed by the editorial team

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