Videos tagged with Multi-Hit Capability

This video features a comprehensive ballistic test of the RMA Armament 1165 Level IV rifle plates. The instructor demonstrates the plates' ability to stop various rifle calibers, including 5.56 NATO, M855 green tip, .308 Winchester, .30-06 Springfield, and even the powerful .338 Lapua Magnum. The test highlights the plates' lightweight design, affordability, and multi-hit capability due to their alumina oxide construction.

This video debunks common misconceptions about NIJ body armor certification, explaining that while NIJ sets standards, certification doesn't guarantee ongoing quality. The speaker emphasizes that NIJ does not certify ballistic helmets and highlights the limitations of the certification process, including the potential for manufacturers to deviate from original standards and the issues with fit tests. The video suggests that extensive independent YouTube testing may offer a more reliable indicator of armor quality and consistency over time than NIJ certification alone.

This video investigates controversy surrounding the RMA 1155 Level IV armor plate's removal from the NIJ compliant list. The presenter details the NIJ's process, presents evidence suggesting the plate did not fail based on visual inspection of the tested sample, and hypothesizes potential reasons for the NIJ's determination. The video then conducts extensive live-fire testing of the RMA 1155 plate against various rifle and pistol calibers, demonstrating its performance and durability under stress.

This entry details the construction of a ballistic plate's strike face, as explained by Polenar Tactical. The plate utilizes hexagonal tiles made of aluminum ceramic (alumina) which are backed by a layer of aramid/Kevlar. This design allows for multi-hit capability by localizing damage to individual tiles upon impact, preventing catastrophic failure of the entire plate.

This video debunks the myth that 'Level III+' body armor must stop specific rounds like X, Y, or Z. The speaker, an instructor, clarifies that 'Level III+' is not an official NIJ rating. Instead, it's a designation used by manufacturers to indicate armor that exceeds Level III standards but does not meet Level IV. Consumers must consult manufacturer specifications to understand the exact ballistic capabilities of Level III+ armor, as there are no standardized requirements.

This video from Brownells debunks the myth that modern ceramic body armor is a 'one-hit wonder.' Experts Steve and Caleb demonstrate that advanced plates, like the RMA Level 4 Ceramic Plate, can withstand multiple high-caliber impacts without penetration, showcasing significant advancements in armor technology.

This video details a rigorous test of RTS Tactical's Level III+ AR600 steel body armor plates. The presenter fires various calibers, including those the plates are rated for (9mm, 5.7x28mm, .44 Magnum, 5.56x45mm M855, .308 Winchester M80) and calibers exceeding their rating (.30-06 Springfield, .460 Magnum, .50 Beowulf, 12 gauge slug). The plates demonstrate impressive multi-hit capability and stop all tested rounds, though significant impacts from higher-powered rounds cause noticeable dimpling and damage to the base coating.

This video provides an expert-level assessment of the Battle Steel Level IV ballistic panel, testing its performance against severe threats like .30-06 AP rounds and high-volume fire. The instructor, an established subject matter expert, objectively details the panel's capabilities and limitations, highlighting its surprising performance for its approximately $100 price point despite a lack of official NIJ certification. The testing covers backface deformation, multi-hit resistance, and failure points, offering valuable insights for those considering budget-friendly armor options.

This review by Mrgunsngear provides an expert analysis of the AR500 Armor UHMWPE Level III plate. The video details ballistic testing against various rifle rounds (7.62x39mm, 5.56x45mm M193, and M855), evaluates multi-hit capability, and discusses the significance of its lightweight design (3.3 lbs) and NIJ Level III certification. The assessment highlights the importance of material science in armor performance and the practical benefits of reduced weight for users.

This video tests the Shot Stop NIJ Level IIIA flexible armor panel against multiple 10mm Auto rounds. The panel, which had previously been used to back a Level III+ plate, demonstrated significant multi-hit capability, stopping numerous 180-grain Full Metal Jacket rounds without penetration. The instructor debunks the myth that body armor is only good for a couple of hits, emphasizing its resilience under sustained fire.

This video tests the multi-hit capability of a CATI Level IV ceramic plate, challenging the notion that ceramic armor is fragile. The instructor demonstrates that while ceramic plates are not indestructible and can be compromised by repeated hits in the same area, they can still stop rounds after multiple impacts, unlike steel targets which are designed for continuous use. The test uses a 10.5-inch twist AR with 55-grain FMJ .223 ammunition on a plate that has already sustained significant abuse from previous tests.

This video tests a prototype hybrid steel/ceramic body armor plate from Tactical Scorpion Gear against M2 armor-piercing ammunition fired from an M1 Garand. The test setup aimed for six evenly spaced hits to evaluate the plate's performance under significant threat. While the plate showed some ability to stop rounds, it ultimately failed to consistently defeat the armor-piercing ammunition, with several rounds penetrating the ceramic and steel layers. The instructor notes the core steel may be too thin for multi-hit capability against this threat level.