Anti-Ship Missiles: Changing Naval Warfare Forever

Anti-ship missiles have fundamentally altered the calculus of naval warfare. The ability to threaten and sink large surface combatants with relatively inexpensive missiles has forced navies to invest heavily in defensive systems and has raised questions about the survivability of surface ships in high-intensity conflicts. The range, speed, and intelligence of modern anti-ship missiles make them among the most dangerous weapons in any arsenal.

The evolution from early subsonic missiles like the Exocet to modern hypersonic anti-ship weapons represents an enormous leap in lethality. China's DF-21D and DF-26 anti-ship ballistic missiles can strike carrier battle groups at ranges exceeding 1,500 kilometers, flying at hypersonic speeds during terminal approach. Russia's Zircon hypersonic cruise missile reaches Mach 9, giving defenders seconds to react. The Norwegian Naval Strike Missile and its joint US-Norwegian JSM variant represent the state of the art in subsonic anti-ship missiles, using terrain-following flight and autonomous target selection.

Turkey has developed an impressive anti-ship missile portfolio including the Atmaca, a subsonic sea-skimming missile comparable to the Harpoon, and is developing longer-range variants. The SOM-J air-launched cruise missile provides Turkish F-35s with standoff anti-ship capability. These indigenous programmes reduce Turkey's dependence on foreign suppliers for critical naval strike capability.

The defensive response to the anti-ship missile threat includes layered defense systems combining long-range area defense missiles like the SM-6, medium-range systems like ESSM, close-in weapon systems like Phalanx CIWS, and electronic warfare. However, the offense-defense balance increasingly favors the attacker, particularly when multiple missiles attack simultaneously from different vectors using coordinated tactics.