Videos tagged with Maximum Expansion

This video details a ballistic gel test of Underwood 70-grain all-copper hollow-point 9mm ammunition, comparing performance from a micro-compact (Taurus GX4) and a full-size (Glock 17) pistol. The test evaluates expansion, penetration, and wound cavity creation with and without denim barriers, highlighting how barrel length and velocity affect terminal ballistics.

This video showcases a gel test and barrier test of Lehigh Defense's 9mm self-defense ammunition, featuring their Maximum Expansion, Xtreme Defense, and Controlled Fracture bullet designs. The video highlights the terminal performance and wound channel characteristics of each projectile, with a particular focus on urban environments. It also provides historical context for Lehigh Defense, mentioning its 15-year history and the recent acquisition by Bill Wilson, who aims to replicate the success of Wilson Combat. Various tests are demonstrated, including water tank and bag tests, denim testing, and a hog test, all intended to prove the effectiveness of these bullets.

This video from Lehigh Defense and Wilson Combat features a comprehensive test of three 9mm bullet types: Maximum Expansion, Controlled Fracture, and Xtreme Defense. The content includes gel tests, barrier tests, and tests against various media like denim and water tanks. A notable segment is a "Hog Test," demonstrating terminal performance in a real-world scenario. The video highlights the expertise of Mike Cyrus, with Lehigh Defense since its inception, and the company's acquisition by Bill Wilson. It aims to prove the superior performance of Lehigh Defense bullets on the market, with a focus on self-defense applications.

This video provides a detailed ballistics test of Underwood .380 Maximum Expansion 68-grain ammunition fired from two different barrel lengths: a Ruger LCP Max (2.75 inches) and a Smith & Wesson Shield EZ (3.625 inches). The test utilizes Clear Ballistics gel with a heavy clothing barrier to simulate real-world conditions. The instructor, an experienced firearms tester, expresses significant disappointment with the ammunition's performance, particularly its lack of penetration.

This YouTube Shorts video showcases the terminal ballistics of Lehigh Defense's 194 Grain Maximum Expansion Sub-Sonic bullet in 300 Blackout. Fired from a 16-inch barrel with a suppressor at 1000 fps, the bullet was tested in a 20-inch FBI protocol ballistic gel block. The video highlights the bullet's unique Maximum Expansion Technology, designed to create large wound channels through hydraulic energy expansion in fluid mediums, emphasizing its effectiveness in vital zones. The description contrasts this with traditional bullet expansion methods and promotes Lehigh Defense's website for further information.

This guide outlines the advanced manufacturing processes at the new Lehigh Defense facility, focusing on their CNC-machined solid copper projectiles. It details production capacity, quality control, and the specific technologies behind their Controlled Chaos and Xtreme Defense bullet designs, highlighting their application in cartridges like 300 HAM'R and 300 Blackout. The information is presented with high authority from industry founders and manufacturing experts.

This demonstration showcases the Lehigh Defense 194 Grain Maximum Expansion sub-sonic projectile fired from a 16-inch 300 Blackout rifle equipped with a suppressor into a calibrated FBI gelatin block. The test highlights the bullet's unique design, featuring hollowed sections and four slits on the projectile's sides, which facilitate extreme expansion upon impact. The projectile achieved maximum expansion, dumping energy effectively and retaining its mass within the 20-inch gelatin block, demonstrating its terminal performance.

This video from The Gun Collective covers Lehigh Defense's innovative ammunition offerings showcased at Shot Show 2020. The presentation highlights their controlled fracturing technology, subsonic 50 BMG rounds, 450 Bushmaster fracturing bullets, and the XD line of extreme defense ammunition in calibers like 9x39mm and 300 Blackout. A key focus is the introduction of more affordable 'Eco' versions of their CNC-machined bullets, making advanced defensive ammunition more accessible.

This video reviews Lehigh Defense's Maximum Expansion 9mm cartridges, highlighting their construction as copper solid projectiles machined for consistency. Ballistics testing demonstrated significant expansion and penetration, leading to the conclusion that these are reliable defensive rounds.

This YouTube video, "Loading 300 Blk - ep 30 - 194gr Lehigh Defense Maximum Expansion," focuses on the process of loading ammunition for the 300 Blackout (300 Blk) caliber. Specifically, it details the loading of 194-grain Lehigh Defense projectiles, emphasizing their 'Maximum Expansion' capabilities. The video likely provides a step-by-step guide to reloading this specific bullet weight and manufacturer within the 300 Blackout platform, which is popular for its versatility in both suppressed and unsuppressed applications, often used in AR-15 platforms. This content is aimed at reloaders and firearm enthusiasts interested in optimizing their 300 Blk loads for specific terminal ballistics.

This video provides an expert-level analysis of Lehigh Defense .300 Blackout ammunition for self-defense, featuring Iraqveteran8888 and Military Arms Channel. The testing meticulously simulates home defense scenarios, evaluating projectile performance through common household barriers and into ballistics gel. The instructors, with high authority and extensive testing experience, demonstrate the distinct terminal ballistics of the 78gr Close Quarters, 110gr Controlled Chaos, and 194gr Maximum Expansion rounds, offering data-driven insights for choosing the appropriate self-defense load.

This video provides an expert-level analysis of Lehigh Defense 300 Blackout ammunition for hunting, featuring detailed ballistic gel tests and a 'Porkzilla' simulation. The Military Arms Channel and IraqVeteran8888 collaboration highlights the terminal performance of various loads, recommending the 194gr Maximum Expansion for its penetration and expansion characteristics in subsonic applications. The assessment emphasizes practical hunting scenarios and the specific performance of controlled fracturing and maximum expansion projectiles.