Videos tagged with Controlled Chaos

This video analyzes the Controlled Chaos version 3 bullet for the 300 Blackout cartridge. The description details the bullet's innovative two-part design, where the front section fragments into petals upon impact to create a large wound cavity, while the rear section maintains integrity for deep penetration. It also highlights design enhancements, including increased base weight and precise ogive diameter adjustments, aimed at improving accuracy and terminal ballistics. Performance metrics like ballistic coefficient, test barrel length, muzzle energy, and velocity at 100 yards are provided.

This video from Gun Stock Reviews features Yamil Sued conducting a live-fire range test of Controlled Chaos® bullets. The description highlights their solid copper, lead-free design, emphasizing massive energy transfer and deep penetration, along with unique barrier performance that doesn't cause expansion on hard surfaces but unleashes power on fluid targets. The video aims to determine if these innovative projectiles meet expectations. It also encourages viewer engagement for future ammo test suggestions and promotes various sponsors and creator support.

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 presents a ballistics gel test of Underwood Ammunition's 6.5 Grendel 110gr Controlled Chaos rounds fired from a 16-inch barrel. The test aims to demonstrate the projectile's performance upon impact, showcasing expansion and penetration characteristics. The video also includes links to the creator's merchandise, social media channels, and Patreon page.

This video features Massad Ayoob and Bill Wilson discussing Lehigh Defense's Xtreme Defense and Xtreme Penetrator bullets. Bill Wilson, now with Wilson Combat which acquired Lehigh Defense, shares insights into these high-performance projectiles. The discussion covers the unique capabilities and applications of these bullets, highlighting their advanced design and effectiveness. The video also provides background information on both Massad Ayoob's extensive expertise in firearms and self-defense, and Bill Wilson's legacy in building Wilson Combat into a premier custom firearms company.

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.

Lehigh Defense's new facility in Northeast Texas is now fully operational, producing 400,000 solid copper bullets weekly using advanced CNC machining. The video highlights the precision of these machined bullets, including the Controlled Chaos and Xtreme Defense lines, detailing their unique terminal performance characteristics for hunting and self-defense applications. It also touches on the optimization of specific cartridges like the 300 HAM'R for the AR-15 platform.

This YouTube Shorts video showcases a barrier test of a 300 HAM'R Protector Carbine using 110gr Controlled Chaos ammunition. The test utilizes high-speed camera footage and 24-inch gel blocks to demonstrate the projectile's performance and wound channel after penetrating various barriers, aiming to prove its ultimate effectiveness.

This video performs barrier penetration tests on the 300 HAM'R cartridge using three different projectile types from Lehigh Defense and Speer. The tests involve firing the rounds from a 16-inch barrel through a 2005 Chevrolet truck door, a windshield, and four layers of denim to simulate heavy clothing. A high-speed camera and 24-inch gel blocks are used to analyze bullet performance and wound channels, showcasing the ultimate performance of the 300 HAM'R Protector Carbine. The video aims to demonstrate the effectiveness of this cartridge against various common barriers.

This video showcases a ballistic gel test of Lehigh Defense's 125-grain Controlled Chaos bullet in 300 HAM'R caliber. Fired from an 18-inch barrel at 2440 feet per second into FBI protocol gel, the test utilized a high-speed camera at 4000 frames per second to capture the bullet's performance. The description highlights the Controlled Chaos design, which features rapid expansion with petal separation for a massive energy spike, while the solid base ensures deep penetration. This results in a dramatic wound cavity designed for quick incapacitation. The video also includes links to Wilson Combat and Lehigh Defense websites, their newsletter, and social media channels.

Bill Wilson of Wilson Combat and Massad Ayoob discuss new bullet technology from Lehigh Defense, recently acquired by Wilson Combat. The conversation covers specific bullet designs like Controlled Chaos, Xtreme Defense, and Xtreme Penetrator, highlighting their performance characteristics such as controlled fracturing, maximum expansion, and barrier blind capabilities. They also touch upon the value proposition of performance versus price for these specialized ammunition rounds, with personal hunting examples shared. This episode serves as an introduction to Lehigh Defense's innovative offerings under Wilson Combat's stewardship.

This video features a ballistic gel test of Lehigh 110gr Controlled Chaos ammunition in 6.5mm Grendel. The test aims to evaluate the performance of this specific ammunition, with the host expressing a desire to potentially change their opinion on Lehigh ammunition. The video details penetration depth, retained weight, and expansion characteristics within the ballistic gelatin. It also includes data on shot velocities.