U.S. Navy Warship Becomes First Vessel Equipped with Anti-Drone Interception System

U.S. Navy Warship Becomes First Vessel Equipped with Anti-Drone Interception System
U.S. Navy Warship Becomes First Vessel Equipped with Anti-Drone Interception System

Summary

The United States Navy has recently outfitted one of its destroyers with the Coyote drone interceptor system, marking a significant milestone in naval air defense capabilities. Originally developed in 2014 as a surveillance and reconnaissance tool, the Coyote system has since been transformed into a dedicated drone-killing weapon, with the Army beginning its reconfiguration into an interceptor role approximately a decade ago. The base Coyote interceptor model measures 60 cm in length with a 1.47-meter wingspan, travels at speeds up to 130 km/h, carries a 1.8 kg explosive warhead, and can receive remote commands from up to 130 kilometers away. More advanced iterations have since been developed, including the jet-propelled Coyote 2, which reaches speeds of 590 km/h and can re-engage missed targets, making it effective against swarms of hostile drones. The latest variant, Coyote 3, has also entered service and can be launched from both surface and submarine drones, further expanding the system's operational versatility.

Key Takeaways

  • 1. The U.S. Navy has deployed the Coyote drone interceptor system aboard a destroyer for the first time, representing a new layer of naval air defense
  • 2. The Coyote system evolved from a surveillance drone into a multi-variant interceptor platform over roughly a decade of development
  • 3. The standard Coyote uses an explosive warhead to disable incoming drones when direct collision is not possible, ensuring effectiveness even without a direct hit
  • 4. The advanced Coyote 2 is jet-propelled, highly maneuverable, and capable of engaging drone swarms, significantly enhancing defensive coverage
  • 5. The newest Coyote 3 variant can be launched from both surface and submarine drones, dramatically expanding deployment flexibility across different operational environments