Shoot-and-Scoot

Shoot-and-scoot is a survival tactic used primarily by artillery and mobile missile systems that involves firing from a position, then immediately displacing to a new location before the enemy can determine the firing position and direct counter-fire. Modern counter-battery radar can determine the origin of an artillery shell within seconds of launch, making it essential for artillery to move quickly after firing.

Self-propelled howitzers and rocket artillery systems like the M109 Paladin and HIMARS are specifically designed for shoot-and-scoot operations. The Paladin can fire its first round within 60 seconds of stopping, then displace within 30 seconds of firing. HIMARS can fire its entire pod of six rockets in under a minute and be moving before the first rocket reaches its target. This mobility has proven critical in Ukraine, where Russian counter-battery fire has been a constant threat.

The tactic extends beyond artillery to anti-aircraft systems, anti-ship missile launchers, and tactical ballistic missile platforms. Mobile missile launchers like the Russian Iskander or Chinese DF-21 depend on shoot-and-scoot tactics to survive in a theater where satellite reconnaissance and aerial surveillance would quickly locate a stationary launcher. The ability to fire, relocate, reload, and fire again from a new position is essential for the survivability of any ground-based weapons system in modern warfare.