They Let Us See HOW IT'S MADE!!! Behind Closed Doors @ Spartan Armor Systems Factory

This video explains the working principle of Level 4 body armor, emphasizing the role of the ceramic strike face in breaking and slowing down armor-piercing rounds. The backer material then catches the significantly decelerated projectile. The speaker highlights that the ceramic is crucial, as without it, standard backer materials would fail against armor-piercing threats. Predator Armor's Level 4 plate is presented as a high-protection, value-oriented option.

This video discusses variations in ceramic body armor, highlighting differences in backer materials and ceramic strike faces. It explains that cheaper plates may require thicker ceramic for stopping capability, leading to increased weight and thickness. Different ceramic types, such as aluminum oxide and boron carbide, offer varying hardness and performance.

This video provides a beginner-friendly overview of body armor levels, explaining the types of ballistic threats each level is designed to stop. It covers levels 1 through 4, detailing the calibers and velocities they are rated for, and emphasizes the importance of choosing the appropriate level based on potential threats and the need for reputable manufacturers. The speaker, while not claiming to be an expert, aims to offer foundational knowledge for those new to purchasing body armor.

This video explains the significant price variations in Level 4 armor plates by detailing the impact of different materials used in their construction. It highlights that the ceramic strike face can be made from materials like aluminum oxide, silica, or boron carbide, with boron carbide being the hardest and allowing for thinner, higher-performing plates at a greater cost. Similarly, the backing material, commonly pressed Kevlar, can also be fiberglass, Kevlar, or UHMWPE, each with distinct performance characteristics and price points, with variations even within UHMWPE affecting affordability and performance.

This video compares ceramic and steel body armor plates, highlighting their key differences. Ceramic plates are lighter (around 5 lbs for 10x12) and offer better protection with less spalling, but are more expensive. Steel plates are heavier (around 9 lbs for 10x12) and prone to spalling, but are significantly more affordable. The choice depends on budget and priority for weight versus spalling mitigation.

This video from ARFCOM News at SHOT Show 2023 features Spartan Armor Systems showcasing new ballistic protection. Key highlights include the Hercules Extreme and Hercules Lite Level 3+ plates, with detailed discussion on the upcoming NIJ RF2 certification standards and their rigorous testing requirements. The segment also introduces the Ghost Soft Armor Shirt for concealable protection and Ulbrichts tactical helmets, emphasizing their advanced materials and design. Expert insights are provided on the value of NIJ certification and the practical application of these products for law enforcement and military personnel.

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.