Videos tagged with 12 Gauge Birdshot

This video, from GFG, provides an expert-level breakdown of five budget-friendly ammunition calibers recommended for stockpiling before an anticipated price increase in 2026. The instructor highlights .22 LR for its affordability and training suitability, 9mm as the most economical centerfire handgun round, .223/5.56 NATO for rifle enthusiasts, 12 Gauge birdshot for home defense, and 7.62x39mm as a cost-effective hunting and defensive option. The advice is geared towards proactive preparedness for potential market fluctuations.

This video from God Family and Guns identifies five budget-friendly calibers to stock up on due to anticipated price increases and potential shortages by 2026. The speaker, demonstrating significant expertise in ammunition markets and practical firearm application, highlights .22LR for training and general use, 9mm as the most common handgun round, .223/5.56 NATO for AR platforms, 12 Gauge birdshot for home defense, and 7.62x39 for its availability and effectiveness. The advice is timely, urging viewers to purchase before April 1st price hikes.

This video from Yee Yee Life explores the ballistic penetration capabilities of various firearms and ammunition types through basketballs. Lead Firearms Instructor and SEO Strategist Parker demonstrates the stopping power of .22LR, 9mm (FMJ and Hollow Point), 12 Gauge (Birdshot and Slug), and .50 BMG rounds. The experiment highlights how different projectile designs and calibers interact with a soft, yielding medium like a basketball, offering practical insights into terminal ballistics and the limitations of improvised barriers.

Dedicated safety glasses are crucial for shooting, as regular eyeglasses and sunglasses offer minimal protection against common range hazards. Tests show that while dedicated safety glasses can withstand impacts from 12-gauge birdshot, everyday eyewear is completely destroyed. The primary purpose of safety glasses is to protect against fragments, casings, and spalling, not direct bullet impacts.

This video tests the ballistic resistance of a backpack filled with textbooks (simulated by 1,200 sheets of paper) against various calibers. While paper offered some protection against smaller rounds like .22 LR and .380 Auto, it was ineffective against a 9mm and completely penetrated by a .223 rifle round. The host concludes that passive protection like textbooks is insufficient for school safety, advocating for active deterrents.

This test evaluates the ballistic resistance of a Crusader helmet against various calibers, from birdshot to .308 Winchester. The helmet successfully stopped birdshot, .22 LR, and .380 Auto rounds. However, it failed to stop 9mm, 7.62x39, and .308 rounds, with the latter three achieving full penetration. The test concludes that the helmet offers limited protection, primarily against smaller handgun and rimfire rounds.

This video tests the ballistic resistance of a large survival knife against various calibers. While the knife's handle sustained damage from 12 gauge birdshot and a .22, it was the .380 Auto round that caused a catastrophic failure, shearing the handle completely off. The revealed survival kit contained matches, sewing, and fishing supplies.

This video tests the ballistic resistance of a 1.6kg solid rubber discus against various firearm calibers. While 12 gauge birdshot and .22 LR failed to penetrate, 9mm rounds passed through. Higher-powered rifle rounds like 7.62x39mm, 5.56x45mm, and .308 Winchester also penetrated, with the .308 causing significant material damage.

This test evaluates the ballistic resistance of an LA Police Gear (LAPG) throwing hatchet. It successfully withstands 12-gauge birdshot, .22 LR, and 9mm rounds, showing only minor surface damage or dents. However, the hatchet fails catastrophically when hit with a 5.56 NATO green tip rifle round, shattering the blade.

This experiment tests the durability of an active Enola Gaye EG18 smoke grenade when shot with .22 LR, 9mm, and 12 gauge birdshot. The results show that all calibers successfully shred the grenade, scattering the burning pyrotechnic material. The host concludes that shooting a smoke grenade causes its contents to disperse rapidly.

This experiment tests the ballistic penetration of various calibers through vinyl records. Birdshot stopped at the second record, .22 LR penetrated 10, and 9mm reached the 16th. The 5.56x45mm round completely destroyed all 40 records, demonstrating significant power difference. The host concludes the records are best utilized in this destructive manner.

This test evaluates the bullet resistance of fire hydrant caps made from aluminum and cast iron. While both materials effectively stopped .22 caliber rounds and 12-gauge birdshot, they performed differently against 9mm and 5.56 NATO rounds. The cast iron cap sustained significant damage from 9mm, whereas the aluminum cap was penetrated by 5.56 green tip rounds.