Videos tagged with Hollow Point

This video provides a detailed comparison of several 5.56x45mm NATO ammunition types used by the US Navy, focusing on their terminal ballistics and penetration capabilities. The Mark 255 Mod 1, featuring a compressed copper polymer core, is highlighted for its rapid fragmentation and potential for large wound channels, while the M855A1 is noted for its extreme penetration. The M855 Green Tip and Mark 262 Mod 1 are also tested for comparison.

This video demonstrates a DIY method for creating hollow point projectiles by drilling into FMJ bullets. The experiment, conducted at Clay Lake, compares the impact of a standard FMJ against a modified hollow point in a clay target. The results show a significantly larger impact crater from the drilled hollow point, suggesting increased expansion. The speaker, wearing Leupold sunglasses, indicates a potential for accuracy testing next.

This guide details a DIY method for creating hollow point bullets from FMJ projectiles using a common power drill. The video demonstrates the process and compares the terminal ballistics of a modified FMJ against a standard FMJ in a mud lake test. The results showed a significantly larger cavity from the DIY hollow point, surprising the presenter. The video suggests further accuracy testing. Instruction is provided by an experienced individual with clear expertise in ammunition types and reloading.

This video demonstrates the use of a Smith & Wesson 629 Performance Center .44 Magnum revolver at an outdoor shooting range. Expertly handled by Mr. Madness, the session focuses on testing DoubleTap Ammunition using a Garmin Xero C1 Pro chronograph to measure projectile velocity. The footage highlights safe firearm handling and the collection of specific ballistics data for performance analysis.

This video details a comprehensive ballistic gel test of Seismic Ammo Quakemaker +M 9mm ammunition, conducted by an experienced instructor. The test evaluates the ammunition's performance through a clothing barrier, measuring velocity, penetration, and projectile expansion using firearms like the Ruger PC Charger and HK SP5. The instructor provides a critical analysis of the results, comparing them to self-defense expectations.

This video from GUNBROS discusses ammunition stockpiling strategies, advising against overly specialized calibers like 17 HMR for general use. The presenter suggests focusing on versatile rounds such as 9mm FMJ and hollow points, Federal HST, and standard Gold Dot, which are widely accepted, hold value, and store well. The core message emphasizes practicality and broad usability over niche calibers for long-term preparedness.

This video demonstrates the terminal ballistics of the 12-Gauge Full Metal Kraken Slug from Civilian Tactical. Expertly presented with a focus on safety and data, the test utilizes ballistics gelatin and a water jug to showcase the slug's devastating impact and unique 8-petal expansion pattern. The demonstration highlights the effectiveness of this specialized ammunition for tactical applications.

This video demonstrates the use of DoubleTap .32 ACP 60-grain ammunition in a Beretta Tomcat pistol. The presenter highlights the effectiveness of DoubleTap's hollow-point design for expansion and penetration, suggesting it's a top round for smaller calibers. The segment includes live-fire footage of the Beretta Tomcat, showcasing its shooting characteristics.

This video demonstrates the terminal ballistics of a .357 Magnum round fired from a 12-gauge shotgun using a sabot. The test involves shooting through water and ballistic gel to assess energy transfer and wound cavity creation. The results highlight significant energy transfer and the destructive potential of the sabot-fired projectile.

This video tests the 'Botfly' shotgun slug, focusing on its extreme hollow point design. Testing included hydrostatic shock via water jugs, accuracy on paper targets, and expansion in ballistics gelatin. The slug demonstrated significant energy transfer and a large initial wound cavity, though it also penetrated the gelatin completely.

This video introduces the 30 Epic cartridge, a new high-power round designed for the AR-15 platform. Developed by Olympus Arms, Inc., the cartridge aims to maximize power while fitting within standard AR-15 magwells in a double-stack configuration. The focus is on achieving potent performance without compromising compatibility.

This video compares the terminal ballistics of subsonic and supersonic .22 LR ammunition. Testing in ballistic gelatin, with and without a denim barrier, revealed that while supersonic rounds produced a larger wound channel, subsonic rounds demonstrated superior penetration, exceeding the FBI's 12-inch requirement. The instructor concludes that subsonic ammunition is not necessarily less lethal.