In a significant advancement in counter-drone technology, Russian inventors have developed an interceptor unmanned aerial vehicle (UAV) specifically engineered to sever the fiber-optic cables of enemy drones. The patent, reviewed by TASS, outlines a novel approach to disrupting communications that rely on physical cable links.
Design and Mechanism
The patent describes the interceptor UAV as being equipped with a video camera and a spool of cord suspended beneath it. This cord is controlled via a radio channel, either by an operator or through an automatic flight control system. The primary function is to sever or critically bend the fiber-optic cable, thereby cutting off the enemy drone's data link.
Cutting-Edge Components
To achieve this, the UAV employs a cord made from braided or monofilament thread, with its entire surface or specific sections coated in abrasive grit. At the free end of the cord, a weight anchor is attached, featuring a serrated cutting edge or a diamond-like wear-resistant coating. This design ensures effective cutting action against the fiber-optic cable, which is typically robust and difficult to damage.
The development underscores Russia's ongoing efforts to enhance its electronic warfare and counter-UAS capabilities, particularly in the context of modern conflicts where drones play a pivotal role.
