Videos tagged with Vehicle Armor

This video details a live-fire ballistic test of Tesla Cybertruck's Armored CyberGlass, rated NIJ Level IIIA and 15mm thick. Expert Colion Noir observes the glass successfully stopping rifle calibers (.308 Winchester, 6.5 Creedmoor), handguns, and a .50 BMG round, highlighting its potential for vehicle defense. The demonstration took place at Taran Tactical's facility with Tesla's lead designer present.

Colion Noir, a high-authority firearms commentator, tests Armored Cyber Glass on a Tesla Cybertruck. The glass, rated NIJ Level IIIA and only 15mm thick, successfully stops various threats including .277 Sig Fury, .308 Win, handgun rounds, and astonishingly, a .50 BMG round. The demonstration highlights the glass's 'return fire' capability and projectile capture technology, impressing Noir with its performance against extreme ballistic threats.

This guide details a test to determine if a Glock pistol, converted to fire 6.5mm CBJ ammunition, can penetrate the armor of an MT-LB APC. The test involves comparing the 6.5mm CBJ round against standard 9mm, 5.56mm, and 7.62mm rounds on a 7mm hardened steel plate. The video demonstrates a successful penetration with the 6.5mm CBJ, highlighting its advanced armor-piercing capabilities.

This video tests the ballistic resistance of standard car doors against various handgun calibers. A .22 LR and .380 ACP were stopped by the first door, while a .45 ACP fragmented after penetrating both. A 9mm round successfully penetrated both doors and hit the target mannequin, demonstrating that typical car doors offer limited protection against common handgun rounds.

This YouTube Shorts video explores the phenomenon of bullets bouncing off cars, likely demonstrating and explaining the physics behind ballistic ricochet. The title and hashtags suggest a focus on military applications and general firearm mechanics. The content aims to answer the question of what happens when projectiles impact vehicle exteriors.

This video reviews the American Defense Solutions (ADS) "Got Your 6" Armor Panel, a NIJ Threat Level 3A rated personal armor shield designed for vehicle use. The presenter, nutnfancy, highlights its lightweight design, ease of deployment, and effectiveness against pistol calibers. While not rifle-rated, it offers significant protection for civilians and law enforcement in vehicle-based threats.

This video details a DIY challenge to bulletproof car doors using readily available materials like porcelain tiles, construction adhesive, and fiberglass. The creators tested various configurations against multiple calibers, from 9mm to .308 Winchester. Key takeaways include the effectiveness of a three-tile stackup with matte finish porcelain, the superior performance of Loctite construction adhesive over Liquid Nails, and the significant benefit of a fiberglass layer for multi-strike capability. The Flex Seal was found to be less effective at holding fragmented materials together.

This video features firearms manufacturer Brandon Herrera testing the ballistic resistance of a Tesla Cybertruck door panel against a wide array of calibers, from .22 LR to .50 BMG. The test demonstrates how the 3mm thick, 30X cold-rolled stainless-steel performs against various threats, highlighting the significant difference velocity and caliber make. The AK-50 prototype is also showcased firing .50 BMG rounds.

This video demonstrates a tactical approach to understanding vehicle vulnerabilities, debunking common myths about vehicle armor. Expert instruction from GBRS Group highlights that most vehicles offer minimal ballistic protection. The guide details a methodology for testing penetration with various calibers, emphasizing safety protocols.

This video demonstrates a ballistic test on a Tesla Cybertruck, conducted by social media influencer Johnny Q. The test involved firing a handgun at the vehicle's tailgate and side panel. The tailgate resisted penetration, while the side panel was successfully penetrated, offering insights into the material's performance under ballistic stress. The speaker, exhibiting basic firearm handling and safety awareness, approaches the test with a casual, experimental tone.

This video conducts a ballistic test on 1.4mm thick Cybertruck panels, comparing the penetration capabilities of various calibers from .22LR to 5.56. The test reveals that while some lower-power rounds like subsonic .22LR, .32 caliber, and 300 Blackout subsonic are stopped, higher-powered rounds such as regular 9mm, 357 Magnum, and 5.56 easily penetrate the thin panels. The presenter also discusses different target failure modes like piercing, spalling, and pedaling.

This experiment, conducted by the Yee Yee Life host, tests the ballistic resistance of a Tesla Model 3 car door against various 12-gauge shotgun rounds. The results indicate the door is resistant to birdshot but fails to stop buckshot and slugs, demonstrating the significant penetration power of heavier shotgun ammunition. The host emphasizes safe firearm handling throughout the process.