Ammunition Projectiles TRIZ Cases

Mechanical slot retention replaces adhesives to prevent fin detachment while reducing assembly time and material usage.

Broadhead ferrule accommodates interchangeable blades and integrates tracking devices within its hollow cavity, eliminating added arrow weight or length.

A segmented gas generator warhead propels projectiles through independent barrels to focus energy delivery.

Feed neck module integrates a UV light source to charge luminescent projectiles during transit, eliminating manual pre-charge steps and preserving game time.

A spring-powered impact hammer propels a packaged drug through a barrel to deliver viscous or solid compounds without splashback.

Threaded rods drive a piston and rotary metering devices to dispense special material foils, solving momentary protection limits.

A detonation-driven magnetic field compressor generates high electrical energy in a stator coil using an embedded explosive charge.

Gas expansion drives a camera along a flow path to prevent sudden falls during wide-angle data collection.

A shear-thinning fluid inside a projectile cavity provides spin stabilization during flight and rapid dispersion upon impact.

Aircraft countermeasure envelope mates with missile suspension rails to integrate dispensers without structural modification.

A piston mechanism transfers propellant pressure to a liquid projectile, increasing delivery force in disrupter cannons.

Preformed fragments fill the volume between casing and shell to enhance controlled fragmentation, minimizing collateral damage from uncontrolled debris.

Segmented penetrator design using metallic paste bonding resolves directional instability after armor penetration by maintaining trajectory control.

A backscatter x-ray system aligns medical tools using pixel coordinate mapping for precise targeting.

Circumferential ribs on a conical warhead nose counteract the J Effect rotation moment, ensuring stable penetration path and fuse reliability.

A projectile device uses damping fluid and motion sensors to establish a wireless network for data transmission.

Sodium alginate gelation combined with controlled heat treatment creates a hand-throwable paintball that withstands shipping without causing impact pain.

Segmented propellant cartridges replace complex gas systems, eliminating cold weather leakage while maintaining reliable non-lethal force capability.

A 40 mm grenade ignition chamber uses a bursting membrane to fix the propellant charge position for consistent combustion.

Sidewall air inlets create counter-rotating vortices that enhance aerodynamic stability without adding external mechanisms.

Forward-looking imager captures sequential images to generate course-correction signals for spin-stabilized projectiles.

Densifying mixed metal and ceramic powders creates a brittle network that balances frangibility with structural integrity for non-toxic ammunition.