This video tests the corrosion resistance of brass versus steel-cased ammunition when exposed to saltwater for one week. Surprisingly, both types of ammunition, despite visible corrosion, were able to fire successfully. The 7.62x39 steel-cased ammunition showed more extensive damage than the .223 Remington brass-cased rounds.
This video from Let's Shoot It tests the reliability of steel-cased 9mm ammunition after prolonged exposure to saltwater. An experimental approach is used, submerging a TulAmmo 9mm round in saltwater via timelapse to observe corrosion. The corroded round is then loaded into a Taurus G3c pistol to determine if it will fire. The test reveals that despite a clear primer strike, the saltwater-damaged round results in a misfire, highlighting potential failure points for ammunition stored in adverse conditions.
This video discusses the concept of an "operational environment" and its implications for firearm owners, particularly those in Florida. The creator highlights the prevalent maritime environment in Florida, emphasizing the need to consider how water and saltwater affect equipment like firearms, optics, and clothing. The video encourages viewers to analyze their own operational environments, identify advantages and disadvantages, and strategize for improvement. It also promotes the creator's Patreon for gun and ammo deals, classes, consultations, and donation options.
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