Liberty Safe Torture Test 🔥

This video investigates the destructive potential of a 20-gram bullet. While the specific firearm and caliber are not explicitly mentioned, the title strongly suggests a focus on ballistics and terminal performance. The content likely aims to demonstrate the impact and damage a projectile of this weight can inflict, potentially through tests or simulations. This type of content appeals to firearms enthusiasts interested in the physics of ballistics and the effectiveness of different ammunition.

This video tests the ballistic resistance of SentrySafe gun safes against various calibers, culminating in a .50 BMG Armor Piercing Incendiary round. The .50 BMG round penetrated four safes, demonstrating the limitations of standard gun safes against high-powered rifle cartridges. The experiment also tested 9mm, .44 Magnum, .50 AE, .500 S&W Magnum, 7.62x39mm, 5.56 NATO, .308 Winchester, and 8mm Mauser.

Kentucky Ballistics tests the ballistic resistance of an interior door against various handgun calibers. Inspired by a friend's story of a .45 ACP hollow point being stopped, the video pits a Springfield Armory 1911, Ruger LC9s, and Ruger LCR 22 against a residential door. Ammunition tested includes Winchester PDX1 Defender .45 ACP, Remington 9mm FMJ, and CCI .22 LR Mini Mags. The experiment aims to determine if a typical door can effectively stop common handgun rounds, providing a practical, albeit anecdotal, look at projectile penetration.

This video features a ballistic test comparing a .50 BMG rifle round against a seemingly inexpensive Chinese-made Level IV rifle plate, likely sourced from TEMU. The experiment aims to determine the effectiveness and durability of this budget body armor when subjected to high-powered rifle fire. The description highlights the affordability of the armor, positioning it as the "cheapest Body Armor."

This video tests if a concrete highway barrier can stop a .50 caliber sniper rifle. After testing various suppressed calibers from 9mm up to .460 S&W Magnum, which caused significant damage but no penetration, the .50 caliber rifle was used. Three .50 caliber rounds were required to finally penetrate the 10-inch thick barrier, demonstrating its formidable stopping power against hardened structures.

This YouTube video, titled "Testamos: Lata de Munição é à Prova de Balas? (Resultado Surpreendente!)", likely investigates the ballistic resistance of ammunition cans. Based on the title, the content probably involves testing various ammunition cans against firearm projectiles to determine their durability and effectiveness in protecting their contents. The 'surprising result' suggests a potential unexpected outcome, making it an engaging watch for firearms enthusiasts interested in ballistic protection and gear testing.

This video details a catastrophic failure of a Serbu RN-50 rifle chambered in .50 BMG, resulting in severe injuries to the shooter, Scott from Kentucky Ballistics. The incident highlights extreme pressure events and the critical importance of firearm safety and immediate medical response. Scott's resilience and commitment to educating viewers despite his injuries are evident.

This video details a comprehensive torture test of the Desert Eagle Mark XIX, conducted by Scott from Kentucky Ballistics. The firearm was subjected to extreme conditions including water submersion, snow burial, mud immersion, and sand burial. Despite some malfunctions in mud and sand, the Desert Eagle demonstrated notable resilience, functioning after water and snow exposure. The test highlights the firearm's robust construction and the importance of understanding its limitations under adverse conditions.

This video features Scott from Kentucky Ballistics testing several of the world's largest caliber firearms against a realistic ballistic dummy torso. The expert demonstrates the destructive power of rounds like the .700 Nitro Express (1000 grain) and .600 Nitro Express (900 grain), showcasing detailed firearm engravings and unique actions like the Blaser R8 straight-pull bolt. The testing provides valuable insights into the performance of these extreme hunting calibers on simulated organic material.

This video from Kentucky Ballistics features an expert-level demonstration of various calibers' effectiveness against a 340 lb Atlas stone. Scott, a recognized authority in ballistics testing, systematically tests rounds from 9mm up to .50 BMG SLAP, showcasing the destructive power of each. The .50 BMG SLAP rounds demonstrate significant armor-penetrating capabilities, leaving tungsten cores embedded in the stone.