Videos tagged with Ballistic Glass

Colion Noir witnessed a demonstration of CyberGlass's armored glass on a Tesla Cybertruck at Taran Tactical's facility. The 15mm thick, NIJ Level IIIA rated glass successfully stopped .308 Winchester, 6.5 Creedmoor, and even a .50 BMG round from 40-50 yards, showcasing its potential for vehicle up-armoring against real-world threats like carjackings. The demonstration included participation from Tesla's lead designer, Franz von Holzhausen.

Colion Noir tests Armored Cyber Glass on a Tesla Cybertruck, demonstrating its NIJ Level IIIA protection against handguns and even high-powered rifle rounds like the .277 Sig Fury and .308 Win. The glass also features a 'return fire' capability, allowing occupants to shoot outwards while remaining protected. In an extreme test, the 15mm thick glass successfully stopped a .50 BMG round, exceeding expectations.

This video rigorously tests Armitek's UL Level 6, 7, and 8 ballistic glass against various calibers, including .22 LR, 9mm, 10mm, 12 gauge, 5.56mm, .308, .300 Win Mag, and .50 BMG. The glass successfully stopped all tested rounds, with higher levels performing as expected against their rated calibers. Notably, even the .50 BMG was stopped by a stack of ballistic glass layers.

This short-form video tests the penetration capabilities of a 12 Gauge shotgun slug against a ballistic shield window. The impact is shown in slow-motion, revealing significant surface cracking and energy transfer. The shooter, Nikko Ortiz, displays an energetic reaction to the test results.

This video tests the ballistic resistance of military-grade glass against high-powered firearms. Initially, an M134 Minigun firing 7.62mm rounds from a ground position failed to penetrate the glass. However, after weakening the glass through aerial Minigun fire, an M249 SAW firing 5.56mm rounds was able to penetrate.

This video appears to be a test of bulletproof glass against various common handgun calibers, including .22lr, .380 ACP, 9mm, .40 S&W, and .45 ACP. It also mentions UL 752 Level 1 and Polyurethane Lexan, suggesting a focus on ballistic protection standards and materials. The description links to a rifle video, implying a potential series or related content. The test is likely aimed at demonstrating the effectiveness of the protective material against different firearm threats.

This video features a test of "bulletproof glass" found in an old barn. The creator is unsure of the glass's specifications or what it's rated to stop, and the video aims to discover its capabilities. The description also includes links for viewer support via Patreon and PayPal, with the creator expressing gratitude for financial contributions that help sustain video production amidst YouTube's monetization challenges.

This video tests the ballistic resistance of 1.25-inch thick Lexan bank glass against various firearm calibers. Handgun rounds and common rifle calibers like .30 Carbine and .577 Snider failed to penetrate, causing only surface damage or spalling. However, a Brenneke Special Forces slug, .30-06 AP, and 5.56x45mm M855 successfully penetrated the glass, demonstrating its limitations against specific threats.

This video features a Ruger 10/22 rifle firing .22LR ammunition at a piece of bulletproof glass to determine how many shots are required to penetrate it. The content creator aims to provide an engaging visual demonstration of the .22LR's effectiveness against ballistic materials. The description also includes links for channel support via Patreon and the creator's Instagram page.

This video demonstrates the live detonation of a German Stick Grenade replica and a shape charge by DemolitionRanch and DriveTanks. The expert-level demonstration showcases the destructive power of historical ordnance and modern breaching tools, highlighting safety protocols and technical specifications of the explosives used. The content emphasizes the high-velocity shrapnel of the grenade and the focused energy of the shape charge.

This video compares the ballistic resistance of Lexan (polycarbonate) and multi-layered bulletproof glass against 9mm FMJ ammunition. Both materials demonstrated significant resistance, requiring approximately 4-6 concentrated shots to achieve penetration. The Lexan showed less initial damage but eventually yielded, while the bulletproof glass spiderwebbed and shattered but held initially. The test highlights that 'bulletproof' materials have limits and are resistant rather than impenetrable.

This video tests the destructive power of a .50 caliber spotter round against 1.25-inch thick bulletproof glass, comparing it to a standard FMJ round. The spotter round, designed to spark and flash, created a larger crater and more surface damage than the FMJ round, demonstrating its specialized impact characteristics. The Serbu BFG-50A rifle was used for both tests.