Videos tagged with Energy Transfer

The Full Metal Kraken 12G ammunition features a unique 8-segment solid copper projectile designed for fragmentation upon impact. Testing demonstrated significant energy transfer into a water bucket and pinpoint accuracy on a paper target. Ballistics gel testing confirmed substantial expansion and over 12 inches of penetration, showcasing its terminal performance.

This YouTube video performs an energy test comparing hollow-point ammunition against Full Metal Jacket (FMJ) rounds. The title, "Hollow Point Vs FMJ *Teste de Energia*", directly indicates a comparative analysis of ammunition types focusing on their terminal ballistics and energy transfer. This type of content is highly relevant to firearms enthusiasts interested in ammunition performance for self-defense, hunting, or general understanding of ballistics.

This YouTube video features a high-powered comparison between the Smith & Wesson 500 Magnum and the Barrett .50 BMG, demonstrating their destructive power by shooting bowling balls. The video promises to showcase the energy transfer differences in slow motion and mentions testing other calibers like the .338 Lapua. Links to the creator's website, Patreon, and other related videos are provided. A disclaimer emphasizes educational and entertainment purposes and advises caution.

This video from InRangeTV demonstrates a ballistic test comparing M855A1 ammunition against AR500 armor. Fired from 15 yards, the M855A1 round significantly impacts the steel plate, causing it to flex and transferring enough energy to instantly rupture a water jug placed behind it. The authoritative presentation highlights the performance characteristics of this ammunition against common body armor.

This video from 704 Tactical features an expert-level demonstration of the G2 Research R.I.P. 12-gauge slugs. The demonstration utilizes a Cranium Target ballistic gel face within a vehicle setting to showcase the projectile's performance upon impact, emphasizing its fragmentation and energy transfer characteristics. The instructor's high authority level and familiarity with specialized defensive ammunition are evident.

This video tests the penetration capabilities of the 300 Winchester Magnum cartridge by shooting through multiple cinder blocks at a range of 50 yards. It aims to document the energy and effectiveness of the 300 Win Mag in a penetration test scenario.

This test evaluates the blunt force trauma and penetration resistance of 20-year-old SAPI plates against various rifle and shotgun rounds. While the plates stopped all tested rounds, significant energy transfer was observed, particularly with the 7.62x39mm, .30-06, and 12 Gauge slug. The plate eventually failed after two close-proximity shots from an AK-47, highlighting the importance of multi-hit capability and plate age.

This video features ballistician Bryan Litz explaining the critical factors in terminal bullet performance for long-range shooting. He emphasizes that while bullet construction is a consideration, Ballistic Coefficient (BC) is paramount, as it dictates retained velocity and energy at distance. Higher impact velocity, facilitated by a good BC, leads to superior expansion and lethality. Litz recommends his 'Applied Ballistics' book series for further study.

This video tests Spartan Armor Systems Level 3+ plates against antique firearms and a cannon. The armor successfully stopped multiple high-mass, low-velocity projectiles from rifles like the Martini-Henry and Snider, as well as a 10 gauge slug. However, a 37mm Parrott Rifle round, delivering over 46,000 ft/lbs of energy, completely shattered the plate.

This video tests Spartan Armor's Level III+ AR550 plate against various 12-gauge shotgun rounds, including slugs and buckshot. The plate successfully stopped all tested rounds, with the AR550 steel and anti-spall coating performing well. A comparison with an unarmored torso highlighted the critical importance of body armor.