Kamikaze drones, designed to strike a target by self-destructing on impact, are rapidly reshaping modern warfare. Their low cost, high precision and ability to reach difficult or well-protected targets make them one of today’s most disruptive military technologies. Unlike traditional missiles, these drones can loiter over the battlefield, identify targets in real time and attack at the optimal moment. This capability gives military forces a strategic advantage, particularly in asymmetric conflicts and operations requiring fast, flexible strike power.

From a technical perspective, kamikaze drones rely on electro-optical sensors, GPS-assisted navigation and agile flight control systems to accurately engage both stationary and moving targets. Their low radar and thermal signatures make them difficult to detect, allowing them to bypass conventional air defenses with ease. When deployed in swarms, they can overwhelm enemy defense systems and create critical openings in the battlefield. These features have elevated kamikaze drones to a central position in modern combat doctrines, influencing how armies plan, strike and defend.