Videos tagged with Ballistic Gel Test

This video demonstrates a ballistic gel test comparing Full Metal Jacket (FMJ) and Soft Point (SP) ammunition against RMA Armament body armor. The test involves firing both ammunition types into ballistic gel placed behind the armor, with a water jug serving as a penetration indicator. The FMJ round impacted the ceramic plate, fragmenting, while the SP round's performance is observed for its potential to penetrate the armor and the water jug.

This expert-level analysis from Tools&Targets details a .357 Magnum ballistic gel test using Remington Performance Wheelgun 158-grain lead semi-wadcutter ammunition. The test, conducted by an experienced instructor, utilized a 4-inch Ruger GP100 and a 6-inch Colt Python, measuring velocities and observing bullet performance. The data provides valuable insights into the terminal ballistics of this specific ammunition type from different barrel lengths.

This in-depth ballistic gel test evaluates Underwood's 9mm +P 115 Grain Sporting JHP ammunition fired from a Canik Mete MC9 (3.1" barrel) and an FN 509 (4.5" barrel). The test meticulously records muzzle velocities, penetration depths, projectile expansion, and weight retention, providing valuable data for self-defense ammunition selection. The expert analysis highlights the ammunition's excellent performance, particularly its massive expansion and near 100% weight retention, while also discussing penetration nuances.

This review details a ballistic gel test of Federal 230-grain Hi-Shok .45 ACP ammunition fired through heavy clothing barriers. The test, conducted by an experienced firearms instructor, utilized both a Glock 30 (3.8-inch barrel) and a Rock Island 1911 (5-inch barrel) to assess projectile performance. The results indicated a significant failure of the ammunition to expand as intended, with both projectiles clogging and tumbling, leading to deep penetration without terminal effectiveness.

This expert-level analysis details a ballistic gel test of Underwood 9mm +P+ 115 Grain Xtreme Penetrator ammunition. The test, conducted by an experienced firearms instructor, evaluates performance from different barrel lengths and provides critical data on velocity, penetration, and terminal effects. The findings offer valuable insights for selecting defensive handgun ammunition.

This review details a ballistic gel test of Seismic Ammo's 9mm Quakemaker +M 185-grain rounds. The test, conducted by an experienced firearms instructor, evaluated performance through a heavy clothing barrier using a Ruger PC Charger and an HK SP5. The results indicated significant tumbling and a complete failure of the projectile to expand, leading to poor penetration performance and a negative recommendation for self-defense.

This review tests Winchester Defense 10mm JHP 180-grain ammunition through ballistic gel and chronograph measurements. The test, conducted by an experienced firearms instructor, reveals underwhelming performance, particularly in terms of velocity and terminal ballistics, suggesting it may not live up to expectations for a 10mm round. The reviewer concludes that this ammunition is not a worthwhile purchase compared to other options.

This review details a ballistic gel test of Hornady Critical Defense .38 Special +P 110 grain ammunition fired from 2-inch and 3-inch barrels. The testing instructor, demonstrating significant expertise, found the +P rounds produced mild recoil comparable to standard pressure .38 Special, with the primary difference being a louder report. Performance in gel showed good expansion and penetration within expected self-defense parameters.

This review by Buckeye Ballistics provides expert-level insight into the CCI Uppercut .22 WMR ammunition, specifically its performance in ballistic gel tests. The analysis highlights its effectiveness from a 3-inch barrel handgun, demonstrating consistent expansion and penetration that rivals some larger caliber defensive rounds, particularly when tested through denim. The data suggests this rimfire load is a viable option for personal defense.

This expert-level analysis details a ballistic gel test of Federal Punch .38 Special +P 120-grain ammunition, comparing performance from 2-inch and 3-inch barrel revolvers. The test highlights how barrel length significantly impacts velocity and the ability of the projectile to overcome clothing barriers and achieve proper expansion. The Federal Punch demonstrated insufficient performance from shorter barrels, failing to expand and clogging with fabric.

This comprehensive ballistic gel test evaluates the Winchester Defender .40 S&W 165-grain bonded JHP ammunition. The review, conducted by an experienced firearms instructor, details velocity, penetration, and expansion characteristics across different Glock barrel lengths (3.5" and 4.5"). The results demonstrate excellent performance, with the bonded projectile maintaining integrity and achieving significant expansion and penetration through a heavy clothing barrier.

This review by Tools&Targets compares PPU and Magtech .32 ACP JHP ammunition through ballistic gel and velocity testing. The expert instructor found neither performed exceptionally well, with limited expansion and penetration, suggesting better options like Buffalo Bore for .32 ACP self-defense. The Beretta 3032 Tomcat was used for testing.