👉 Automated surface-to-air missiles (ASAMs) are advanced, computer-controlled weapon systems designed to detect, track, and destroy incoming aircraft and other aerial threats without human intervention. These missiles are typically mounted on ships, land-based platforms, or even aircraft and utilize sophisticated sensors, radar, and algorithms to identify and engage targets autonomously. Once a threat is detected, the missile calculates the necessary trajectory and firing parameters to intercept the target, often at high speeds and altitudes. Autonomous systems can enhance operational efficiency, reduce pilot workload, and improve response times in combat scenarios, making them a critical component of modern naval and air defense strategies.
