Six Inches Is NOT Enough!...10MM Winchester Defense "Black Box" JHP Ballistic Gel AMMO Test!

This video provides a detailed ballistic gel test of Hornady Black 10mm 155gr XTP ammunition, conducted by the Tools&Targets host. The test evaluates performance through a heavy clothing barrier using both a Glock 29 (3.8" barrel) and a Glock 20 (4.6" barrel). While the ammunition demonstrated good expansion and weight retention, the measured velocities were significantly lower than advertised, leading to a critical assessment of its true 10mm performance.

This video from Kentucky Ballistics pits the 10mm Auto against the .357 Magnum in a ballistic gel test. Both calibers, using 180-grain JHP (10mm) and 125-grain JHP (.357 Magnum) respectively, demonstrated full penetration through a 16-inch Clear Ballistics gel block. The comparison highlights the raw power of both cartridges, leaving the age-old debate unsettled.

This review of the Smith & Wesson 500 Magnum highlights its immense power, comparing its perceived recoil and size to a Glock 20. The speaker, demonstrating significant firearms expertise, notes the revolver's substantial weight and the fatigue it can induce during extended range sessions. The video also touches on ammunition differences and the subjective nature of trigger feel.

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.

This review by Ted from Line45 critically examines six popular firearms often marketed towards seniors, highlighting why they may be impractical for self-defense. The analysis focuses on recoil management, ease of manipulation, and overall utility under stress, advising against choices that prioritize perceived safety or lightness over functional effectiveness. Expert insights are provided on the physics of recoil and firearm design.

This review covers the Mossberg Maverick 88, a budget-friendly 12-gauge pump-action shotgun, highlighting its simplicity and reliability for home defense. It details a comparison with the Mossberg 500/590, a full field strip, and the use of the Opsol Mini-Clip adapter with Aguila Minishells to increase capacity and ensure reliable cycling. Range tests confirm the adapter's necessity for 100% Minishell reliability.

This test evaluates Federal Syntech Defense 9mm SJHP ammunition using a Canik Mete MC9 and Glock 17. The ammo consistently segmented into three petals and a core, with the core penetrating 18-18.5 inches and segments stopping around 9 inches. Velocity averaged 1033 fps from the MC9 and 1094 fps from the G17, demonstrating high consistency.

The Taurus Model 856 in .38 Special is a capable snub-nose revolver, offering a smooth trigger and good accuracy for its class. It performs well in both single and double-action at typical defensive ranges, with comfortable grips aiding recoil management. The 856 proves to be a reliable and aesthetically pleasing option for concealed carry or self-defense.

This review tests three .380 ACP ammunition types in a Ruger LCP Max with a heavy clothing barrier over ballistic gel. The Winchester 95gr FMJ, Underwood 90gr Xtreme Penetrator, and Federal 99gr Hydra-Shok Deep were evaluated for penetration and expansion. Despite being FMJ, the Winchester proved to be the most effective due to superior penetration, outperforming premium defensive rounds that failed to expand.