Videos tagged with Projectile Fragmentation

This guide details a performance test of the G2 Research R.I.P. 9mm round, moving beyond its internet 'gimmick' reputation. It covers methodology using ballistic gel and a PCC, analyzes penetration and fragmentation data against FBI standards, and explores the potential of barrier-blind fragmenting projectiles, offering insights from an analytical and objective instructor.

This video provides an expert-level analysis of the rare Remington .30-06 Accelerator round, featuring a .22 caliber projectile within a sabot. The host, demonstrating high practical ballistics knowledge, conducts chronograph testing, achieving velocities over 3800 fps, and terminal effect tests on meat and bone, showcasing rapid fragmentation and energy transfer. The assessment concludes the round's unique ballistics align with specific anecdotal reports but deem it unlikely for the hypothetical assassination scenario due to its rarity and accuracy limitations.

This video tests the lethality of 12-gauge birdshot fired from a trap alarm. While the birdshot did not penetrate a ballistic gelatin head, it caused significant brass casing fragmentation and ejection, posing a serious eye hazard. The test suggests birdshot from a trap alarm is not lethal but is unsafe for unprotected eyes.

This video from Civilian Tactical explores five unique 9mm ammunition types, including lead-free options and specialized projectiles like the G2 Research R.I.P. and Dragon's Breath. The host, demonstrating high authority, provides insights into felt recoil, projectile design, and visual effects, using personal testing and physics explanations to inform viewers. The content is valuable for those interested in understanding the performance variations of 9mm rounds beyond standard ball or jacketed hollow points.

This video demonstrates the terminal ballistics of a 725-grain projectile designed for fragmentation. The projectile successfully fragmented upon impact with three gel blocks, with its 'petals' detaching as intended. One fragment even exited the final gel block, showcasing significant penetration and energy transfer.

This video tests the 'Kraken' full metal jacket ammunition, highlighting its performance in ballistic gelatin, a water jug, and on paper targets. The ammunition is noted for its fragmentation and significant expansion upon impact, demonstrating substantial terminal ballistics. The test results suggest it is a viable option for self-defense scenarios.

This video provides an expert review of the GunNutts Full Metal Kraken 12G shotgun ammunition, featuring a specialized 8-segment fragmenting hollow point design. The Civilian Tactical host, demonstrating high authority and specialized knowledge, conducts rigorous testing using water buckets, paper targets, and ballistics gel to showcase the projectile's energy transfer, accuracy, and terminal performance, including significant expansion and penetration exceeding 12 inches.

This video showcases the 'Gualbo' shotgun cartridge, a unique design featuring external pedals and a top button for stable flight. Tested with a Beretta 1301, the Gualbo demonstrated significant energy transfer and fragmentation, as evidenced by its performance in a five-gallon bucket and ballistic gelatin. The presenter highlights its devastating impact and suggests it's an overlooked, highly effective round.

This guide details the testing methodology for the unique Gualbo shotgun slug, as demonstrated by Civilian Tactical. The test involves evaluating energy transfer via a water bucket, accuracy on a paper target, and detailed projectile performance in ballistics gel. The Gualbo slug, manufactured by Hickory Flatbore, features a two-piece steel construction designed for flight stability and significant fragmentation.

This video provides an expert look at specialty ammunition, including the Holey S Ranch S.O.B. 12-gauge round and G2 RIP 9mm rounds. The host, a high-level firearms enthusiast, demonstrates their performance through kinetic energy tests, water jug destruction, and detailed ballistics gel analysis, showcasing projectile mechanics and fragmentation patterns.

This video reviews Liberty Ammunition's Overwatch .45 ACP self-defense rounds through ballistic gel testing. The instructor, from Tools&Targets, analyzes muzzle velocity from a Glock 30 and a 5-inch 1911, noting significant velocity differences. The gel test reveals distinct fragmentation patterns, with the Glock 30 exhibiting expected fragmentation and the 1911 showing unusual behavior, including a failure to feed and a projectile that largely remained intact, exiting the block differently than expected. The instructor discusses the pros and cons of fragmenting versus non-fragmenting projectiles for self-defense.

This YouTube video addresses a common concern among firearm enthusiasts: projectile fragmentation (frags) when shooting a .300 Winchester Magnum (300WinMag) round at steel targets. The title and description explicitly state that when using the correct steel targets and following recommended shooting practices, fragments should not ricochet back towards the shooter. The video aims to clarify this safety aspect and provide guidance on appropriate steel target usage.