A projectile launches solid-state fire extinguishing agents to distant locations using magnetic field detection for precise activation.
Projectile-deployed relay nodes bypass obstructions, maintaining signal propagation without exposing personnel to enemy fire.
Gun-launched munitions use segmented coordination and underwater fuzes to overcome limited range and high cost of traditional depth charges.
A direct impingement cook-off mechanism vents hot booster gases through longitudinal paths to control ignition timing.
Mounting a breaching tool on an accessory rail below the barrel allows operators to maintain their grip on the primary weapon during tactical transitions.
Shearable threads allow the projectile tip to slide axially against a stop, opening vents that reduce dangerous internal pressure from explosive outgassing.
Unitary sabot shot start holds projectile until chamber pressure reaches target level, ensuring consistent muzzle velocity.
A flow cross-section reduction device connected to a grenade base body via a firing-resistant link.
Conductive elements on a projectile fuse establish an electrical path to program the processing unit, overcoming electromagnetic interference.
SPIKE penetrators position the center of pressure proximally relative to the center of gravity to minimize shock impulse during explosive device disruption.
Segmented dye ampoules and phosphorus compounds mark impact points via chemiluminescence and thermal glow, solving day-night versatility limits.