Videos tagged with Remington HTP

This video details a ballistic gel test of Remington HTP 9mm 115-grain ammunition, evaluating its performance from two different barrel lengths: a 3.1-inch Canik MC9 and a 4.5-inch Glock 17. The test includes a clothing barrier and measures muzzle velocity, expansion, and penetration. The presenter, an experienced firearms instructor, provides analysis on the ammunition's effectiveness for self-defense, noting its solid performance for standard pressure 9mm.

This video details a ballistic gelatin test of three different .38 Special ammunition types (Winchester Silver Tip, Remington HTP, and Corbon) fired from a 6-inch barrel. The test includes both bare gelatin and four layers of denim to simulate different scenarios. The presenter meticulously records penetration depth, retained weight, and expanded diameter, offering insights into how barrel length and ammunition type affect terminal ballistics.

This video provides a detailed ballistic gel test comparing Winchester Silver Tip, Remington HTP, and Corbon ammunition in .38 Special and .357 Magnum calibers across 2-inch and 3-inch barrel lengths. The instructor meticulously documents muzzle velocities, penetration depths, expansion diameters, and retained weights, including tests through four layers of denim. The analysis highlights performance differences, recoil characteristics, and offers recommendations based on expansion and penetration metrics.

This video presents a ballistic gel test comparing two .44 Magnum loads: Underwood 200gr Hard Cast Wadcutter and Remington 240gr HTP Soft Point. The test utilizes a Taurus Tracker with a 4-inch ported barrel and a Labradar chronograph. The Remington HTP significantly outperformed the Underwood wadcutter in terms of velocity, energy, and penetration, a result that surprised the instructor.

This video tests Remington HTP .40 S&W 155-grain self-defense ammunition through ballistic gel with heavy clothing barriers. Despite advertised muzzle velocities of 1205 fps, actual chronograph readings from a 3.5-inch Glock 27 averaged 1060 fps and from a 4.5-inch Glock 22 averaged 1128 fps. Critically, the ballistic gel test revealed a complete failure to expand in both tests, with projectiles penetrating both gel blocks without significant expansion, leading the instructor to deem the ammunition unsuitable for self-defense.

This video provides a detailed ballistic gel test comparing 110-grain and 125-grain Remington HTP .357 Magnum ammunition fired from a 2-inch barrel Taurus 605 revolver. The instructor analyzes velocity, penetration, and expansion, noting significant differences in recoil between the two loads. The 125-grain load demonstrated superior penetration and expansion, making it the preferred choice despite higher recoil.

This video presents a ballistic gel test comparing Remington HTP, Hornady Critical Defense, and Speer Gold Dot ammunition in 30 Super Carry. The test evaluates bullet expansion, penetration depth, and performance through four layers of denim. While Remington HTP and Hornady Critical Defense demonstrated consistent expansion and performance, the Speer Gold Dot failed to expand and fully penetrate the denim barrier in multiple tests.

This video conducts a ballistic gel test comparing Remington HTP .357 Magnum and .38 Special +P ammunition. The test reveals a significant performance disparity, with the .357 Magnum demonstrating superior velocity, expansion, and penetration compared to the .38 Special +P, which showed minimal expansion and significant cloth clogging.

This guide details a ballistic gel test comparing Remington UMC 125gr SJHP and Remington HTP 158gr SJHP .357 Magnum ammunition fired from a Smith & Wesson 686 Plus revolver. The test evaluates muzzle velocity, penetration, expansion, and weight retention after passing through a clothing barrier. The expert instruction highlights practical differences between bullet weights for various applications.

This ballistic gel test evaluates the performance of 100-grain Remington HTP 30 Super Carry ammunition fired from a Smith & Wesson Shield Plus. The test revealed significant differences in bullet performance with and without a denim barrier, highlighting the impact of clothing on expansion and penetration.

This video tests non-jacketed Remington HTP lead hollow point .38 Special +P ammunition. The testing involves a ballistic gel test conducted with a Taurus 605 and a Taurus 608 revolver. The creator clarifies they are not affiliated with manufacturers or retailers and emphasizes safe, controlled shooting on private property. The description also includes affiliate links for various products.

This video provides a ballistic gel test comparing the 30 Super Carry and .380 ACP hollow point defensive ammunition. The test utilizes both the standard and Performance Center Smith & Wesson M&P Shield EZ models. The video highlights these calibers as potentially expensive options, especially during an ammunition shortage. It emphasizes that all shooting is conducted safely on a private range and does not offer firearms or ammunition for sale.