KE-W explained

Kinetic Energy Tungsten
Origin:United States
Type:Tank Ammunition
Is Ranged:Yes
Used By:United States
Wars:Operation Desert Storm Operation Iraqi Freedom Operation Enduring Freedom 2022 Russian Invasion of Ukraine
Designer:General Dynamics Ordnance and Tactical Systems
Design Date:1992
Manufacturer:General Dynamics Ordnance and Tactical Systems
Unit Cost:$8500 USD
Production Date:1993-present
Weight:19.6 kg (with casing) 4 kg (penetrator)
Length:22.45 in (with casing)
Part Length:16.45 in (penetrator)
Diameter:120mm (with casing)
Cartridge:120x570mm NATO
Cartridge Weight:15.6 kg
Caliber:120x570mm
Rate:5.6 seconds (average)
Velocity:1740 m/s
Range:3 km
Max Range:6 km

The KE-W APFSDS (Kinetic Energy, Tungsten)[1] round is a type of armor-piercing fin-stabilized discarding sabot (APFSDS) ammunition designed for tank guns.

Overview

The KE-W round is known for its exceptional armor-penetrating capabilities, utilizing kinetic energy to defeat armored targets. It is commonly used by modern main battle tanks as their primary anti-tank ammunition. The round is mainly used on the NATO 120x570mm cannons. The main users are the American Abrams tank, and the German Leopard[2] tank.

Design and components

The round consists of a sub-calibre penetrator made of tungsten, enclosed in a discarding sabot. The sabot provides stability during the initial stages of flight and is discarded upon exiting the barrel, allowing the penetrator to continue towards the target with high velocity.

Performance

Due to its high muzzle velocity[3] and dense tungsten penetrator, the KE-W APFSDS round can penetrate thick armor, making it effective against heavily armored vehicles. The kinetic energy transfer upon impact contributes to its effectiveness in defeating armored targets.

Usage

The KE-W APFSDS round is widely used by various military forces around the world. It is a crucial component of a tank's ammunition loadout, providing the capability to engage and destroy enemy armored vehicles at extended ranges. It is also used by the M1 Abrams Main battle tank.

See also

External links

Further reading

Notes and References

  1. Web site: Fisette . Michael . 24 July 1990 . Kinetic Energy Penetrator Long Term Strategy Study . 31 January 2024 . dtic.mil.
  2. Web site: Rheinmetall . 2024-01-31 . Rheinmetall . en.
  3. Web site: 30 September 1999 . 120mm-KE-W-A1-APFSDS-T . 31 January 2024 . General Dynamics Ordnance Tactical Systems.