This is how Sting works, the Ukrainian weapon against the Shahed

The United States and Qatar have begun talks with Ukraine to acquire interceptor drones Stinga system designed to shoot down Shahed-136 kamikaze drones of Iranian origin.

The Ukrainian president, Volodymyr Zelenskyconfirmed the interest and assured that he has ordered the necessary resources to be allocated to facilitate this cooperation. kyiv would also be willing to send specialists to help deploy these systems and monitor their use on the ground.

The conversations come at a time of strong tension in the Middle East. The conflict between the United States, Israel and Iran could affect the supply of ammunition that Ukraine uses for its air defense against Russia, which has led to a search for cheaper alternatives to intercept drones.

In this scenario, the Stingan interceptor drone that Ukraine presented in August 2025 and that is designed specifically to hunt kamikaze drones such as the Shahed-136.

A fast and low-cost drone

Developed by Ukrainian company Wild Hornetsthe Sting has a quadcopter design with a transparent front dome that integrates a camera, optical sensors and a small explosive charge.

The drone can exceed 300 kilometers per houroperate at more than 3,000 meters high and has an approximate range of 25 kilometers. Its automatic tracking systems and algorithms allow detecting and pursuing enemy drones with great precision.

Once you have located the target, you can shoot it down using direct collision or detonating its explosive charge at close range.

Another of its characteristics is that it uses technology FPV (first person view). This allows the operator to pilot it from the ground using special glasses that transmit live the image from the drone’s camera, facilitating very precise control during interception.

The interest of the Gulf countries is related to the increase in Iranian drone attacks Shahed-136one of the most used models in Tehran.

These drones, sometimes nicknamed “the AK-47 of the skies”stand out for their simple and relatively cheap design. They use satellite navigation and inertial guidance systems to follow a programmed route to the target, where they are destroyed on impact.

Their low cost allows them to be manufactured in large quantities and launch massive attacks that can saturate air defenses. Faced with this threat, systems like the Sting are presented as a much cheaper alternative than traditional anti-aircraft missiles.

According to the newspaper The Telegraphmanufacturing one of these drones costs between 2,000 and 5,000 dollars (some 1,700 to 4,300 euros), a figure much lower than the cost of many conventional anti-aircraft systems.

The interest in this type of technology reflects how air defense is changing: more and more countries are looking for quick and relatively cheap solutions to shoot down enemy drones without resorting to much more expensive missiles.