Small Arms

Bayonets | Pistols  | Rifles
Submachine Guns

Thompson Submachine Gun
Sten Gun
C1 Submachine Gun

Light Weapons

Light Machine Guns

Lewis Gun
Bren Gun

Machine Guns

Colt Machine Gun
Vickers Gun
C5 General Purpose MG
C6 General Purpose MG
M2 .50 calibre

Light Anti-Tank Weapons

Boys Anti-Tank Rifle
Projector, Infantry, Anti-Tank
Carl Gustav


2-inch Mortar
3-inch Mortar
3-inch Stokes Gun
6-inch Newton Mortar
9.45-inch Newton Mortar
C3 81mm Mortar
M19 60mm Mortar


Anti-Tank Guns

106mm Recoilless Rifle
2-pounder Anti-Tank Gun
6-pounder Anti-Tank Gun
17-pounder Anti-Tank Gun
TOW Missile


18-pounder Gun
25-pounder Gun
60-pounder Howitzer
C1 105mm Howitzer
C3 105mm Howitzer
LG1 C1 105mm Howitzer

Anti-Aircraft Guns

3.7-inch Gun


Hand Grenades
No. 69 Grenade
M61 & M67 Grenade
Rifle Grenades
Grenade Launchers
Anti-Tank Grenades
No. 68 Grenade

Small Arms & Light Weapons

.303 Mk VII
7.62mm NATO
Pistol Ammunition
PIAT Ammunition


106mm Ammunition
Armour Piercing
Armour Piercing Composite Rigid
AP Discarding Sabot
High Explosive Anti-Tank
High Explosive, Squash Head


Fixed ammunition
Proximity Fuze

High Explosive Anti Tank

High Explosive, Anti-Tank (HEAT) was a type of ammunition made of an explosive shaped charge that used the Neumann effect (a development of the Munroe effect) to create a very high-velocity jet of metal in a state of superplasticity that could penetrate through solid armour.

High Explosive Anti-Tank ammunition was first used in the Second World War; while some Canadian weapons utilized this ammunition (notably the Projector, Infantry, Anti-Tank, a variety of German weapons also employed this ammunition to great effect, notably the array of hand-held anti-tank weapons employed by German infantry units after 1943.

The principle of the HEAT shell is to direct a high-velocity jet of molten metal through solid armour, using the "Neumann effect". This jet is created when the round impacts the target; the kinetic energy of the blast is funneled through the narrow nose of the round, moving at hypersonic speeds and disintegrating the material in its path. (While effective during the Second World War on plate armour, reactive and ceramic armour types used in the latter half of the 20th Century and into the 21st have been designed to lessen the effects of HEAT).

The penetrating effect of the round also dissipates very rapidly, which is why German tanks often mounted armoured side skirts in the latter stage of the war - in order to detonate HEAT rounds before they could contact the main armour of the tank itself.


The first HEAT weapons were spurred by Swiss inventors who exhibited weapons before the Second World War based on the "shaped charge" principle.

The first HEAT warhead used by Canadians was the British No. 68 Grenade, a rifle grenade. It was followed by more effective combinations of warhead and delivery systems - the US "Bazooka" was a rocket-launching design (adopted by Canada after the Second World War), and the PIAT. The Germans also manufactured many rocket-launched HEAT weapons after capturing US bazookas in North Africa. These weapons all had a short range and were not the preferred method of combating enemy armour.

The need for a large bore made HEAT rounds relatively ineffective in small-caliber anti-tank guns, and the Recoilless Gun was developed during the Second World War. Canada began using these recoilless weapons after the Second World War.

The very real vulnerability to HEAT rounds of armour during the Second World War was a large concern to the world's militaries, and dramatic changes in the way armour was produced occurred after the Second World War, with the effect of making reducing the usefulness of HEAT by making the needed warhead so large as to be non-portable by infantry. The Carl Gustav 84mm rocket launcher remained on inventory of the Canadian Army for the last decades of the 20th Century, though the HEAT ammunition for that weapon became more and more obsolete to the task of dealing with the current state of the art in main battle tank armour.

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