Real Ballistic Gelatin vs Clear Ballistics Gelatin

This video from Civilian Tactical provides a detailed look at the terminal ballistics of the 7N6 5.45x39mm round, often nicknamed the 'poison bullet'. Through controlled testing with ballistic gelatin, the host demonstrates how the unique design of the 7N6 round causes it to tumble rapidly upon impact, leading to a significant energy dump and a much larger wound cavity compared to standard 5.45x39mm ammunition. The expert-level demonstration highlights the effectiveness of this military surplus round.

This video tests the effectiveness of 37mm Skittles grenades as a less-lethal riot control option. Initial tests showed insufficient spread and energy. After professional adjustments, the grenades demonstrated significant spread, capable of covering a crowd, and left dents on a table but did not penetrate ballistic gelatin heads, indicating a potential for less-lethal application.

This video tests the lethality of a 12-gauge birdshot round fired from a trip alarm into ballistic gelatin. While the high-brass casing split and ejected forcefully, the projectile did not penetrate the gelatin head and caused superficial damage. The instructor notes that while not lethal, it poses a significant eye hazard.

This video tests the effectiveness of a medieval handgonne and its projectiles against modern body armor. The handgonne, a crude firearm from the 1400s-1500s, fired wooden bolts with iron tips. Tests included shooting ballistics gel and both soft (Level 3A) and hard (Level 4 ceramic) body armor. The medieval projectiles proved surprisingly effective against soft armor, penetrating both sides, while the lead ball did not penetrate. Against hard armor, the projectiles caused surface damage but did not penetrate.

This video details a ballistic gel test of the 70-grain Velocitas monolithic bullet in 30 Super Carry caliber. Fired from a Smith & Wesson Shield Plus handgun, the bullet achieved 1520 fps, expanded to three pedals with no fragmentation, and penetrated 9.5 inches. Fired from a Hi-Point 3095 carbine at 1956 fps, the bullet shed one pedal and penetrated 14.75 inches. The test highlights the trade-off between expansion and penetration in this caliber.

This video from Civilian Tactical explores the ballistic performance of a unique shotgun shell loaded with bouncy balls. The instructor, demonstrating experienced authority, conducts tests on water jugs, paper targets, and ballistic gelatin to assess penetration, spread, and energy transfer. The findings suggest this ammunition is capable of causing significant damage, with a warning issued against being hit by it.

This video features a critique of a home defense AR-15 build by former Navy SEAL Jeff Gonzales. Key takeaways include the importance of a suppressor for indoor use, the critique of an overly complex sling, and recommendations for reliable optics. The discussion highlights the trade-offs of short-barreled rifles (SBRs) for home defense and emphasizes practical gear selection over complexity.

This guide details the tool-less field stripping process for the Beretta ARX-160, as demonstrated by a Beretta factory representative. It covers the quick-release barrel, stock, trigger group, and bolt assembly, emphasizing ease of maintenance. The representative highlights the rifle's modularity and ambidextrous features, noting its current military availability with future civilian plans.

This entry details the Fostech .50 Cal Drum Magazine, designed for Barrett M107 and 82A1 rifles, featuring a 20-round capacity and billet machined aluminum construction. It also touches upon the Fostech Rader .308 rifle. The information is presented with high technical focus from a manufacturer representative.

This video from ARFCOM News details a ballistic gel test of Remington's 158gr SJHP .357 Magnum ammunition fired from a 16-inch Rossi Model M92 carbine. The test highlights how carbine-length barrels significantly enhance .357 Magnum performance, achieving velocities comparable to some .300 Blackout loads and demonstrating substantial penetration and expansion in ballistic gel. The analysis touches on terminal ballistics theories and the unique behavior of high-velocity pistol rounds fired from rifles.