Videos tagged with Solid Wood Door

This video demonstrates a penetration test using a 70 lb compound bow against a solid wood door and a steel exterior door. The host, identified as a Subject Matter Expert in outdoor/archery testing, showcases the effectiveness of both field tip and broadhead arrows against these barriers, providing visual evidence of penetration results.

This guide details a ballistic test comparing the effectiveness of solid wood and steel exterior doors against various projectiles, including firearms and a compound bow. The Yee Yee Life host demonstrates that neither door offers true bulletproof protection, with most tested calibers penetrating both. The solid wood door showed slightly better resistance against an arrow, while the steel door's peephole was identified as a vulnerability. The test emphasizes practical home defense considerations regarding door security.

This video demonstrates the penetration capabilities of different 12-gauge shotgun loads through a solid wood door. The host, identified as a firearms enthusiast and content creator, shows that birdshot is ineffective, buckshot penetrates, and slugs deliver maximum energy transfer. The test highlights the importance of ammunition selection for barrier penetration scenarios.

This video from Yee Yee Life tests the effectiveness of different 12 Gauge shotgun ammunition types (birdshot, 00 buckshot, slug) against a solid wood door. The host, identified as a firearms enthusiast, demonstrates the varying levels of penetration and impact, providing visual evidence of each round's terminal ballistics. The content highlights safe firearm handling and knowledge of ammunition characteristics.

This video tests the ballistic penetration capabilities of various common firearm calibers through a simulated solid wood door. The experiment demonstrates that while a .22 Long Rifle round may be stopped, both 9mm FMJ and .45 ACP hollow points can penetrate standard doors. A simulated solid oak door proved more effective at stopping a .45 ACP hollow point.