Linked from

The 15 pages that link to Shaped charge, each with the reason it gives.

• Anti-tank guided missileRelated: Many anti-tank missile warheads use this effect to defeat thick armor.

• Anti-tank warfareRelated: This principle lets relatively compact warheads defeat thick vehicle armor.

• Armor-piercing ammunitionRelated: Some armor-piercing warheads use this distinct explosive mechanism rather than a solid projectile's impact.

• Terminal ballisticsRelated: It illustrates how impact penetration can result from a formed jet rather than a conventional bullet.

• Tandem-charge warheadNarrower topic: The main charge commonly uses this effect to attack armour after the precursor charge acts.

• Explosively formed penetratorCompared with: Its liner forms a stretching jet rather than a compact projectile.

• Rocket-propelled grenadeRelated: Many anti-armor grenades use this effect to penetrate vehicle armor.

• Battle of Fort Ében-ÉmaelRelated: German engineers used shaped charges to breach armored cupolas and gun positions.

• WarheadBroader topic: It directs explosive energy toward armor penetration instead of distributing it broadly.

• Reactive armourRelated: Its penetrating jet is the classic threat that reactive armour disrupts.

• Vehicle armourCompared with: This mechanism can defeat thick conventional armour without relying on a massive solid projectile.

• Contact fuzeRelated: Contact fuzes often initiate shaped charges when a munition reaches its target.

• FlechetteCompared with: A shaped charge can produce a metal jet that is sometimes confused with a flechette, but is formed by detonation.

• High-explosive anti-tankNarrower topic: HEAT is a weapon application of this broader charge design.

• HMXRelated: HMX’s detonation performance suits specialized charges designed for concentrated effects.