In modern conflict zones, the threat of incoming rockets and mortar fire remains a constant danger. To counter this, military forces have increasingly relied on advanced defensive technologies such as the C-RAM, which has proven highly effective in real-time threat interception.

Originally adapted from naval systems, C-RAM is designed to detect, track, and destroy incoming projectiles before they can reach their targets. The system integrates radar detection with automated response capabilities, allowing it to react within seconds of identifying a threat.

At the core of C-RAM is a land-based version of the Phalanx CIWS, a rapid-fire gun system capable of firing thousands of rounds per minute. Once a rocket or mortar round is detected, the system calculates its trajectory and determines whether it poses a risk to protected areas such as military bases or populated zones.

If a threat is confirmed, C-RAM automatically engages, unleashing a burst of high-speed projectiles to intercept the incoming round mid-air. The process is almost instantaneous, often leaving only seconds between detection and interception.