LAST STAND ARMOR CERAMIC PLATE, MAWASAK BA NG CAL. 50 BARRETT?

This guide details a ballistic test of a Chinese-made Last Stand Armor Level IV ceramic plate against American 5.56mm M193 and M855 ammunition, fired from M16A1 and M16A2 rifles. The test, conducted by Colonel Harold Cabunoc (Ret.), a seasoned Philippine Army officer, demonstrates the plate's ability to stop these rounds, though backface deformation is noted with the M855. The assessment highlights the performance of Chinese armor against common US military calibers.

This video tests the ballistic resistance of Level III body armor against a .45-70 caliber rifle, often referred to as a 'T-Rex gun'. The description explicitly states that Predator Armor Level III body armor successfully stops the .45-70 round. The video aims to answer common customer questions about the armor's capabilities against this powerful hunting cartridge. The content appears to be a straightforward ballistic test and demonstration.

This video provides a comprehensive review and ballistic test of the RMA Armament Level 4 Ceramic Plate, priced at $135. The instructor demonstrates the plate's performance against various threats, including 223, 5.56 green tip, SS 109, and 308 rounds, highlighting its ability to stop armor-piercing rounds and control spall. The testing also includes a bonus full-auto 9mm submachine gun engagement, showcasing the plate's durability and value.

This video demonstrates a ballistic comparison between a 9mm custom pistol and an M16-style rifle, using a large fixed-blade knife as a target. The custom pistol's 9mm round impacted the knife without severing it, while the rifle's 5.56x45mm NATO round successfully cut the knife in half. The demonstration highlights the significant difference in terminal energy and penetration capabilities between common pistol and rifle calibers.

This video tests budget Level IV body armor plates purchased from Temu. The testing involves multiple calibers, including 9mm, .22LR, 5.56mm (ball and green tip AP), and .458 SOCOM. The presenter evaluates the plates based on penetration, structural integrity, and backface deformation, ultimately concluding that while compromised, the budget plates offer a viable option for emergency preparedness on a budget.

This video demonstrates a DIY approach to creating rudimentary body armor using common office supplies and ceramic plates. The Civilian Tactical host conducts informal ballistics tests with .22 LR, 9mm FMJ, and 7.62x39mm rounds, showcasing the effectiveness of the layered paper and ceramic against different calibers. While presented informally, the tests offer a practical, albeit basic, look at projectile stopping power.

This review of the Akdas SA-9 highlights its performance in both full-auto and semi-automatic modes. The speaker demonstrates controlled bursts and timed drills on steel targets, assessing recoil and accuracy. The firearm features a 9mm caliber, 20-round capacity, and iron sights with optic rail compatibility, making it a versatile option for self-defense scenarios.

This video details a long-range marksmanship challenge hosted by Colonel Harold Cabunoc for CAFGU personnel. The drill involves engaging steel targets at 200 and 300 meters, emphasizing practical application of shooting fundamentals like trigger control and sight adjustment. Colonel Cabunoc, a senior military officer, demonstrates high proficiency and provides instructional feedback, highlighting common errors such as improper trigger pull.

This video details a shooting challenge featuring the Glock 21 in .45 ACP, emphasizing marksmanship at varying distances. Expert instruction from Harold Cabunoc, a seasoned shooter, highlights common errors like trigger jerking due to recoil anticipation and provides techniques to improve accuracy. The challenge demonstrates practical application of shooting skills with potential for cash prizes.

This guide details the ballistic testing of a Chinese-made NIJ Level III-A Kevlar helmet, as demonstrated by Harold Cabunoc. It covers testing against 40mm grenade shrapnel, 9mm, .45 ACP, and 5.56mm M855 rounds, providing practical insights into its protective capabilities and limitations against different threats. The assessment highlights the helmet's effectiveness against handgun rounds and shrapnel, while confirming its vulnerability to rifle fire.