Videos tagged with Concrete Blocks

This video from Buckeye Ballistics provides a practical demonstration of shotgun slug performance against concrete blocks across .410, 20-gauge, and 12-gauge calibers. The expert reviewer highlights significant differences in penetration and damage, with the 12-gauge slug showing the most terminal energy. The test utilizes common Foster-type slugs and standard shotguns, offering valuable insights into the terminal ballistics of these popular shotgun rounds.

This YouTube video focuses on a "myth-busting" experiment to determine the penetration capabilities of a 6.5 Creedmoor rifle, specifically the Hornady 140gr ELD Match ammunition, through concrete cinder blocks at a distance of 1000 yards. The video aims to showcase the performance of this rifle caliber in an unusual and demanding scenario.

This YouTube video pits the popular .300 Winchester Magnum cartridge against concrete cinder blocks at an impressive 1000 yards. The primary focus is a myth-busting experiment to determine the penetration capabilities of Federal's 190-grain MatchKing ammunition through multiple blocks at this extended range. The title and description suggest a test of ballistic performance and terminal effects under challenging conditions.

This Kentucky Ballistics video pits Buffalo Bore's potent 44 Magnum +P+ 340 gr. hardcast ammunition against a series of concrete blocks. The goal is to test the penetration capabilities of these deep-driving rounds without significant expansion. The video features a Ruger Super Redhawk in .44 Magnum and a Canik TP9SF in 9mm for comparison. The narrative suggests the hardcast .44 Magnum rounds will easily pulverize the concrete.

This video from Kentucky Ballistics tests the penetration capabilities of .454 Casull ammunition against concrete blocks. It compares Hornady 240-grain hollow points and Double Tap 400-grain hard cast loads fired from a Ruger Super Redhawk Alaskan. The results demonstrate significant differences in penetration, with hard cast bullets showing superior performance against dense materials.