8cm Mortar Grenade vs KV-1 Top Armor | Overpressure | Explosion Blast
8cm Wgr. 34 (3.5kg grenade steel body, 0.5kg explosive - TNT)
vs
30mm RHA (275 BHN Hardness)* ...
*referring to British trials
No spalling. It can also be said that the overpressure is not life-threatening, although it is certainly not pleasant.[+] Show More
80 mm Mortar Grenade
An 80 mm mortar grenade typically refers to an explosive projectile designed to be fired from an 80 mm mortar system. Mortars are indirect fire weapons that launch projectiles at a steep angle, allowing them to arc over obstacles and land on targets that are not in the direct line of sight. The 80 mm designation refers to the diameter of the mortar tube and, consequently, the size of the projectile it can fire.
These grenades can vary in design and purpose, but they are generally used for infantry support, providing high-explosive firepower against enemy personnel, light vehicles, or fortifications. They can also be equipped with different types of warheads, such as high-explosive, smoke, illumination, or even anti-tank, depending on the specific mission requirements.
KV-1 Top Armor
The KV-1 was a Soviet heavy tank used during World War II. Its “top armor” refers to the thickness and composition of the armor plating on the roof of the tank. The KV-1’s armor was quite formidable for its time, especially during the early stages of the war.
The thickness of the top armor varied depending on the specific model and variant of the KV-1, as well as any modifications made throughout its service life. However, as a heavy tank designed to withstand enemy fire, the top armor would typically be several centimeters thick, providing protection against shrapnel, small-caliber anti-tank weapons, and some aerial attacks.
Exact specifications regarding the top armor thickness can vary, but during World War II, Soviet tanks like the KV-1 often had top armor ranging from around 20mm to 40mm in thickness, depending on the specific area of the tank and the variant. Additionally, the top armor would often be reinforced in critical areas to enhance protection against different types of threats.