Remington Golden Saber 380 ACP AUTO Ammo 102 Grain Brass JHP

Remington Golden Saber 380 ACP AUTO Ammo 102 Grain Brass Jacketed Hollow Point review offers the following information; Remington puts their all into the Golden Saber line and this 380 ACP AUTO cartridge shines like the rest! In developing the Golden Saber line, Remington demanded that it would meet four precarious fundamentals; match-type accuracy, deep penetration, maximum expansion and virtually 100% weight retention. Remington Golden Saber also features mouth and primer waterproofing for longevity of the rounds, they are treated with powder for a low muzzle flash and primers that must go through three (3) inspections before being on the market. Remington’s Gold Saber 380 ACP AUTO was designed specially for law enforcement and self defense applications. Remington 380 ACP AUTO is loaded with a 102 grain brass Jacketed Hollow Point. Dead serious innovation, a superior bullet for when stakes are high, this high performance jacket handgun ammunition was built around revolutionary hollow point design. The bullet jacket is made of brass, which releases energy over longer distance while mushrooming and a spiral nose cut feature allows mushrooming at a lower velocity without sacrificing penetration or terminal performance. The precise hollow point cavity design also increases penetration by minimizing lead core deformation. Remington Golden Saber is new production, non-corrosive ammunition in boxer primer and reloadable brass cases.

Remington has been a trusted brand for years when it comes to the production of good quality bullets at economical prices. Remington ammo is produced mostly for those shooters looking to go hunting. With the perfect ammo bullets for each caliber of centerfire rifles, rimfire, shotguns, UMC, and pistols and revolvers.

In developing the Golden Saber line, Remington demanded that it would meet four precarious fundamentals; match-type accuracy, deep penetration, maximum expansion and virtually 100% weight retention

The precise hollow point cavity design also increases penetration by minimizing lead core deformation