Ammunition Projectiles TRIZ Cases

Segmented baffles cool smoke and suppress sparks, preventing fire risks from hot ash projection.

A mass reducing projectile sheds internal weights via a melting fusible alloy to lower post-impact kinetic energy without expensive guidance systems.

Compressed gas propulsion in this line launcher improves throwline deployment accuracy while reducing tangling issues for professionals.

A frangible bursting projectile expels a dense fly ash and glitter plume to disorient aggressors upon impact.

An impulse thruster system uses magnetic guidance and momentum exchange to adjust projectile trajectory, eliminating aerodynamic drag from mechanical surfaces.

A net deployment system uses an inflating bladder and weighted ducts to rapidly position a protective barrier.

Composite tungsten ogive and steel cylindrical body structure reduces mass while maintaining perforation effectiveness against concrete targets.

A multiple payload expendable device uses a voltage-coded squib actuating circuit to enable dual voltage actuation for cylindrical payload cartridges.

Forward-angled barbs on the tracking apparatus engage tissue to counteract rebound force, ensuring reliable retention during high-speed impacts.

Segmented petals collapse for easy insertion of oversized elastomeric projectiles, then expand to reduce friction and ensure clean separation.

A biodegradable ammunition component uses film-grade bioplastic and mineral filler to enable stable injection moulding production.

A horizontal chaff dispenser uses a support rod to maintain canister orientation parallel to the ground.

Segmented projectile body accepts interchangeable cup devices to resolve lethality versus production simplicity trade-offs.

Offset ports connect a delay chamber to sealed payload sections, preventing water ingress while ensuring sequential ignition without sympathetic discharge.

Hollowed sabot pockets use propellant pressure to lock geometric interfaces, preventing rotational slippage under high inertial forces.

A composite fill material combines polyethylene glycol and oil to form a stable mixture within paintball capsules.

A stress wave amplifier transmits electromagnetic repulsion to propel fire extinguishing bombs at high speeds.

A decoy flare nose cup filled with high-density metal powder provides ballast weight for improved forward travel.

An inflatable frame with an airfoil perimeter expands a net to intercept projectiles without generating harmful fragments.

Pyrophoric payload materials replace pyrotechnic fuses to eliminate unexploded ordnance hazards while providing clear day and night signaling.

A shearable thread connects a munition tail unit to the main body, enabling reversible engagement and disengagement without component damage.

Bonding the dense core to jacket sidewalls prevents lead contamination and maintains structural integrity upon bone impact.

Optical sensors and accelerometers track flight dynamics to resolve adaptability limits in remote archery target monitoring.

A non-lethal projectile carrier deploys petals to create aerodynamic drag and decelerate the payload mid-flight.

Protrusion elements on a continuous belt penetrate the dart magazine to release and advance projectiles, preventing mis-fed darts from jamming in the launcher.

An igniter driver mediates between a programmable control device and pyrotechnic igniters to enable independent current and voltage regulation.

Segmenting the interceptor into autonomous kill vehicles manages weight while maintaining multi-target engagement capability.

Nickel-titanium alloy needles resist breaking and bending, extending service life.

A self-consuming projectile uses a pyrotechnic charge to burn off casing mass during flight, reducing velocity and kinetic energy.

A modular cartridge system uses a reusable primer housing insert to configure propellant amounts and primer types for hand assembly.

A bullet uses a concave rear jacket end to deform radially outward, sealing the barrel during firing.

An optical fiber system detects light propagation changes to monitor platform internal configuration.

A cylindrical shell radially compresses a ceramic tip element to enhance structural integrity during projectile impact.

Segmented nose fracture releases spherical sub-projectiles, increasing hit probability against unmanned aerial systems.

A detachable communications link transmits fire control solutions to projectiles after launch.

A miniature torpedo uses sequential flammable elements to burn through a ship's hull while maintaining under 10 pounds for unmanned aerial vehicle deployment.

A chemical deactivating agent renders explosive compositions insensitive to detonation through structural changes.

Replacing zinc oxide with stannous oxide prevents toxic zinc chloride formation while maintaining effective screening coverage.

A warped liner with spiral geometry breaks radial symmetry to eliminate spoking and maximize target hit probability.

Mid-flight oxygen filtration concentrates oxidizer from air, overcoming ambient limitations while maintaining pre-deployment safety.

Aluminum foam core absorbs impact energy to maintain consistent force, resolving variable terminal velocity challenges in less lethal projectiles.

A hollow point bullet uses a hard metal plunger inside a cavity to drive uniform jacket expansion upon impact.

Angled fragment ends redirect propulsion away from perpendicular trajectories to extend effective range.

A density gradient booster pellet increases shock sensitivity of insensitive explosives, resolving detonation reliability issues without compromising safety.

Decreasing flute curvature directs soft tissue radially outward, preventing over penetration while optimizing kinetic energy transfer.

A polymer cartridge casing uses a metal insert to withstand firing pressures, resolving jamming issues from pure plastic designs.

Thermoset resin binds powdered steel to create a lead-free projectile that embeds penetrators and electronics, eliminating copper usage.

A programmable training projectile integrates an electronic fuze and signal transmitter to simulate combat hits.

A gaming projectile incorporates a front-mounted shock absorber to absorb impact energy and prevent penetration into targets.

A rotation damping system regulates rotational speed to generate stable electrical power, eliminating incendiary hazards from pyrotechnic tracer projectiles.