Category: Protective gear

Studies show a substantial increase in back, neck, and upper extremity pain among soldiers wearing body armor, highlighting the critical question: are body armors actually healthy for the wearer's long-term well-being beyond their life-saving function?.

According to the National Institute of Justice (NIJ), environmental factors like heat, moisture, and UV light can degrade the ballistic fibers in protective vests. Therefore, understanding the optimal conditions, including whether **can body armor be room temperature**, is crucial for maintaining its integrity and ensuring it provides reliable protection.

Following BioSteel's bankruptcy filing in 2023, rumors and brand confusion spread rapidly, leading many to question if BioSteel is now body armor, but the truth involves a mix-up with a differently-named sports drink and a very separate industry.

According to military research, soldiers wearing body armor experience higher heat strain and require more fluids than those in standard uniforms, especially in warm climates. The armor's insulating properties trap heat and hinder evaporative cooling, directly increasing the risk of heat-related illness. This guide will clarify the critical difference between protective gear and a popular sports drink brand, and provide essential advice on managing your hydration while wearing body armor.

Studies involving military personnel have shown that wearing body armour can increase energy expenditure during physical activity by a significant margin, directly contradicting any notion that it provides energy. This article will separate the truths from the myths surrounding the effects of body armour on the human body.

Military studies show that protective body armor can increase an individual's heat strain, heart rate, and body temperature. This directly contradicts the idea that body armor helps with dehydration and actually reveals it to be a significant contributing factor to rapid fluid loss and heat-related illness.

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.

Over 2,000 documented police officer lives have been saved by body armor since 1976, validating its efficacy as standard issue equipment. But what's inside body armor that makes it so effective at protecting the wearer from bullets and shrapnel? The answer lies in a blend of advanced materials, from high-strength synthetic fibers to hardened ceramics, engineered to absorb immense energy.