Videos tagged with Ammunition Longevity

The US military is investing $18 billion to upgrade ammunition storage facilities, aiming to increase the longevity of both small arms and large munitions. This initiative is driven by depleted stocks due to aid to Ukraine and the need to manage aging inventory. The goal is to ensure ammunition remains functional for up to 85 years through optimized environmental controls.

The US military is investing $18 billion to upgrade ammunition storage facilities, aiming to increase the longevity of both small arms and large munitions. Research indicates that proper storage can extend ammunition lifespan up to 100 years, with the new facilities designed to ensure functionality for at least 85 years. This initiative addresses depleted stockpiles, partly due to aid to Ukraine, and aims to prevent the use of degraded ammunition.

This video aims to educate viewers on whether ammunition has an expiration date and how to determine if it has gone "bad." It features a discussion with Maggie and provides information on ammunition storage and preservation. The video also includes promotional links for holsters, a resilience coach, Patreon, merchandise, and prayer requests, as well as links to the channel's other YouTube channels and social media.

This video explains that ammunition does not truly expire if stored properly, emphasizing the importance of keeping it dry. While metal components like brass cases can discolor and corrode due to oxidation, this typically does not affect the functionality of the primer or powder. The speakers share personal anecdotes and cite Army testing suggesting ammunition can remain viable for up to 100 years under ideal conditions (dry, stable temperature).

This guide, drawing on the expertise of a firearms instructor, details best practices for storing ammunition to maximize its lifespan. Key recommendations include maintaining ideal temperature and humidity levels, utilizing specialized sealed containers like 'Canned Heat' and 'spam cans,' and employing simple techniques like using silica gel packs and sealing handloads. Proper handling to avoid corrosion is also emphasized, highlighting heat as the most significant threat to propellant integrity.