Battle Tanks' Chance Against Concrete

A tank's chances against concrete structures depend on the type of tank used, the ammunition used, the thickness of the concrete structure, and the level of reinforcement. Modern tanks are generally equipped with high-explosive (HE), kinetic energy (APFSDS), or chemical energy (HEAT) munitions, and these munitions have varying effectiveness in destroying concrete structures. Here's a detailed analysis: Type and Thickness of Concrete: Standard concrete structures (e.g., buildings or light fortifications) are generally not resistant to tank shells. The 120mm or 125mm guns of modern tanks, especially with HEAT or high-explosive shells, can easily penetrate and destroy standard concrete several meters thick.

However, specially reinforced concrete (e.g., bunkers with steel reinforcement or high-density concrete) is more resistant to tank shells. Such structures provide better protection, especially against kinetic energy shells.

Tank Ammunition Types: APFSDS (Armor-Piercing Sabot Rounds): Generally designed to target armored vehicles. Its effectiveness against concrete structures may be limited, as these rounds provide high penetration in a narrow area but do not cause widespread damage.

HEAT (High Explosive Anti-Tank): More effective against concrete structures because they create an explosion with chemical energy and can collapse the brittle structure of the concrete.

HE (High Explosive): This round is best suited for destroying concrete buildings or light fortifications. It causes damage over a wide area and causes concrete to crack.

Advantages of Modern Tanks: Modern tanks (e.g., M1 Abrams, T-90, Leopard 2) are equipped with advanced sighting systems and thermal imaging, in addition to their powerful guns. This allows them to precisely target weak points in concrete structures (e.g., doors, windows, or joints).

Some tanks can use munitions specifically designed for use against concrete fortifications (e.g., programmable explosive rounds).

Limitations: Very thick (e.g., over 2 meters) and steel-reinforced concrete structures can be difficult to destroy with standard tank ammunition. In this case, air support (e.g., precision-guided bombs) or specialized engineering units (e.g., explosive planting) may be required instead of tanks.

Tanks can have difficulty hitting targets inside concrete structures, as shells typically penetrate the structure and have limited impact inside.

Tactical Use: Tanks often operate in coordination with infantry and artillery units to destroy concrete structures. For example, while tanks weaken the structure, infantry units penetrate and suppress remaining resistance.
Obstacles around concrete structures (e.g., trenches and barricades) can limit tank maneuverability.

Видео Battle Tanks' Chance Against Concrete канала Komutan Masası