A digital fire-control system employs computational algorithms to calculate and adjust artillery fire parameters, enhancing accuracy and efficiency in towed systems.

A device attached to a firearm's muzzle to redirect propellant gases, reducing recoil and muzzle rise during firing.

Radar system measuring projectile velocity at muzzle exit.

Artillery or mortar munition equipped with guidance systems to alter its trajectory after firing for increased accuracy.

Artillery system with integrated propulsion, enabling movement under its own power rather than being towed.