Category: Military technology

Containing 100 milligrams of caffeine per piece, military energy gum delivers a powerful dose of stimulant designed for maximum effectiveness in high-stress situations. Its strength isn't in its chewiness but in its chemical composition, providing a rapid boost to alertness and physical performance.

The Heckler & Koch G3 battle rifle was produced using extensive steel stampings, a cost-effective method that allowed for rapid and efficient manufacturing. When you ask what is G3 made of, the answer depends on which of several distinct products you are referring to, from firearms to high-performance industrial alloys.

A single MRE provides an average of 1,250 kilocalories, a caloric density far greater than a standard meal. The primary reason for this is to address the extreme energy demands placed on individuals in demanding field conditions, answering the question of why are MREs so high in calories.

First developed in 1965, Kevlar was the inaugural material in modern concealable vests, and today, the ingredients of body armor have evolved into complex composites using advanced materials like aramids and ceramics to protect against modern threats. This evolution from simple metal plates to sophisticated woven fibers and composites has resulted in lighter, more effective personal protection. Understanding these components is key to appreciating the science of modern ballistic protection.