Videos tagged with Ballistic Gel

This video demonstrates the creation and ballistic testing of a 'dime cut shell,' a modified 12 gauge shotgun shell packed with dimes. The expert instructor from Civilian Tactical showcases the projectile's behavior through tests on a water jug and ballistic gel, revealing its significant destructive potential. The content highlights the effectiveness of this DIY ammunition modification for impact and penetration.

This short demonstrates a humorous approach to showcasing the protective capabilities of RMA Armament's 'King of Armor' plate. By anthropomorphizing a gummy bear target, the video highlights how body armor can provide a sense of security against potential threats, even in a simulated scenario. The content emphasizes the importance of protective gear in a tactical context.

This video details an advanced experimental attempt to push .22LR velocities beyond factory specifications using modified nail gun blanks. The instructor, demonstrating significant expertise in ballistics and firearm modification, explores various power levels of blanks and their impact on velocity and firearm integrity. The experiments highlight the extreme dangers and limitations of such modifications, ultimately concluding that dedicated cartridges like the .17 WSM are necessary for achieving 3000 FPS.

This video provides an expert-level examination of the 20-gauge Detonator shotgun slug, highlighting its extreme power and unique detonation characteristics. The instructor, demonstrating significant firearms expertise, tests the slug's impact on various targets, including steel and ballistic gel, and investigates its activation threshold. The findings suggest the slug requires substantial impact force to detonate, making it potentially dangerous if misused but incredibly effective when properly activated.

This video from Tática Civil tests several unique 9mm ammunition types, including Dragon's Breath (a solid projectile, not a shotgun shell), red tracer rounds from Hickory Flat Boars, and blue-tipped rounds designed to release stored energy on impact with soft targets. A CCI Birdshot cartridge is also demonstrated. The presenter, while enthusiastic, exhibits a hobbyist's level of expertise.

This video demonstrates a ballistic test of 9mm blue tip ammunition using a Darry Arms DY9 American pistol with a compensator. The test involves firing into a ballistic gel head, with slow-motion footage highlighting the destructive impact and cavity formation around the eye socket. The information is presented for wise consideration regarding ammunition performance on soft targets.

This video demonstrates a ballistic gel test of 9mm blue tip ammunition, specifically Havoc Halo rounds, fired from a Daria Arms DY9 pistol. The presenter documents the impact and resulting damage in slow motion, highlighting the round's performance on a ballistic head target. The footage provides a visual representation of projectile expansion and penetration.

This video demonstrates the power of a 30cm soda can launcher, testing its impact on a ballistic gel head using a 350ml Mountain Dew can. The test reveals significant force, with the can destroying the eye socket and the ballistic head traveling 12 meters. The presenter notes the launcher's potent recoil, comparable to a 12 gauge shotgun, and the need for manual cycling when using blanks.

This video demonstrates a test of 'chain shot,' an adaptation of historical pirate ammunition, using a modern shotgun and ballistic gel. Three types of chain (fine, medium, and thick) were loaded into shotgun shells and fired. The results showed minimal penetration for fine chain, moderate penetration for medium chain, and a surprising lack of penetration with the thick chain, which acted more like a paintball. The instructor concludes that chain shot is impractical for modern use.

This video explores the ballistic capabilities of liters of liquid, specifically how much volume is needed to stop a bullet. It delves into the physics of projectile impact and material resistance, likely using various materials or scenarios to demonstrate the effectiveness of liquid barriers against different types of ammunition. The video aims to provide an understanding of kinetic energy transfer and the properties that make certain substances effective at absorbing or deflecting bullets.

This comprehensive review pits the Sig Sauer MCX Rattler LT in 5.56 NATO, 7.62x39mm, and .300 Blackout against each other. Through ballistic gel tests, speed drills, and long-range shooting, the video provides detailed performance comparisons. The hosts, demonstrating high authority, highlight the strengths of each caliber, with the 5.56 version ultimately earning a preference for its balance of recoil and performance.

This YouTube video explores the question of which ammunition produces the largest explosion. While the title is direct, the description is blank, offering no further context about specific firearms, calibers, or testing methodologies. Without a transcript, the analysis relies solely on the title's subject matter, focusing on the concept of explosive force in ammunition. Potential topics could include comparisons of different calibers or propellants.