True, most trained tankers would aim for the junction between the body and turret, where a round is likely to penetrate and kill the majority of the crew, disable the tank, and detonate the ammunition. Defensive measures on modern tanks prevent this, but as seen in 1991, most tanks in service around the world do not. Even the newest T-90s are not designed as safely as most western tanks.
There are two general types of shells.
HEAT
AP
HEAT is a general category. Mostly they are explosive and have shifted from an antitank to an anti-infantry role over the years with the development of armor. This category includes HE-Frag ammunition which is prefragmented to create intense amounts of shrapnel designed to disable light vehicles and infantry. These are mainly used by Russian tanks, and are seen much less in western armaments.
AP shells include APFSDS (Armor piercing fin stabilized discarding sabot) and APDS shells (Figure out the acronym), which by NATO naming conventions are expanded to APDS-T, APFSDS-T, APFSDS-DU, etc. DU means depleted uranium, and T means tungsten. There are other substances that are used much less which are also covered by this. The design of these shells simply revolve around armor penetration. Mostly they come in a prepackaged form, and when fired expel their casing and shoot a big rod through a target. APFSDS shells are seen more commonly in high caliber weapons and APDS shells are more likely to be used in low caliber weapons such as the 25mm Bushmaster cannon. These are much more effective against tanks than HEAT shells.
ATGMs are normally shaped charges, and are designed to penetrate armor much like AP shells.
yay his military expertises confirm the fact that HEAT is rather out of date. What about counters to each of the shells then Spencer?
Like reactive plate armour.