Underwood Ammo .458 SOCOM

This video focuses on testing the 62-grain Lehigh Controlled Chaos bullet specifically chambered in the .223 Remington caliber. The experiment utilizes Ramshot TAC as the propellant. The content likely involves evaluating the performance and characteristics of this particular ammunition in a range setting, offering insights for shooters interested in specialized bullet designs for their .223 Remington firearms.

This video provides a direct comparison of .38 Special +P, .32 H&R Magnum, and .327 Federal Magnum using personal ballistic testing with hard cast Keith-style bullets. The instructor, TheYankeeMarshal, concludes that .38 Special +P, particularly with readily available factory loads, offers superior energy and performance for self-defense compared to the .32 caliber options when round counts are equal.

This video provides an expert-level ballistic gel test of Underwood Xtreme Defender 9mm ammunition, specifically the 68-grain +P and 90-grain +P+ variants. The host, demonstrating high authority through detailed analysis and professional equipment, evaluates their terminal performance fired from an HK SP5 with an 8.9-inch barrel. The test highlights extreme velocities and deep penetration, offering valuable data for self-defense ammunition selection.

This YouTube Short reviews the Lehigh Defense Controlled Chaos 32-grain 5.56mm bullet tested in a 16-inch barrel at 4000 feet per second into ballistic gel. The video highlights the bullet's unique design, which separates into petals upon fluid impact for a large wound cavity while the base continues for deep penetration, offering both rapid expansion and penetration without over-penetration. It also notes its reliability against hard barriers. The video provides links to Lehigh Defense and Wilson Combat websites and encourages newsletter subscriptions and channel subscriptions.

This video showcases a ballistic gel test of the Lehigh Defense 194 GR. Maximum Expansion Sub-Sonic Bullet fired from a 16-inch 300 Blackout rifle with a Quell Suppressor. The bullet achieved a muzzle velocity of 1000 feet per second and was tested against an FBI protocol 20" ballistic gel block. The demonstration highlights the bullet's devastating terminal performance, emphasizing its unique Maximum Expansion® Technology designed for creating large wound channels through hydraulic energy expansion in fluid-based mediums, not on hard surfaces.

This video compares the ballistic performance of .44 Magnum, .45 Colt, and .44 Special through various barriers including lumber, sand, concrete, and ballistic gel. The .44 Magnum consistently demonstrated superior penetration and energy transfer, especially against harder materials like concrete. While .45 Colt and .44 Special showed decent penetration in softer mediums, the .44 Magnum's power was significantly more pronounced.

This video hilariously tests a heavily accessorized AR-15, dubbed the 'Zombie Carbine,' as a parody of excessive tactical gear. The build, based on a Smith & Wesson M&P15, weighs 23 pounds fully loaded with 270 rounds across nine magazines. It features multiple optics, lasers, lights, and is demonstrated with rapid fire, hip sniping, and Tannerite explosions.

This "ultimate AR-15 meltdown" test pushes a custom build to its limits, revealing key durability insights. The Faxon barrel ultimately burst after 830 rounds, but critical components like the Sharps SRC bolt carrier group and Geissele rail demonstrated impressive resilience under extreme stress and heat. The test highlights the AR-15 platform's robust design, even when subjected to conditions far exceeding typical operational use.

This video showcases an extreme full-auto durability test of a premium Definitive Arms VEPR AK, comparing it to a budget WASR-10. The VEPR AK demonstrated exceptional resilience, enduring 895 rounds before failure, significantly outperforming the WASR-10 and even a previously tested AR-15. The expert analysis highlights the AK platform's inherent durability and heat management characteristics, even under severe stress.

This video demonstrates the legendary durability of the AK platform by subjecting a Yugo M92 PAP to a 700-round continuous firing test. Despite extreme heat causing significant smoke and glowing metal, the firearm remained functional, showcasing Mikhail Kalashnikov's robust engineering. The test concludes with a cooling process and a tribute to the designer's legacy.