Videos tagged with Spalling

Testing demonstrates that AR500 steel armor's spall coating is effective at containing fragmentation. An uncoated plate showed significant spalling, while a coated plate, especially within a plate carrier, effectively stopped fragments. The plate carrier itself also plays a crucial role in mitigating spalling.

This video title suggests a ballistic test comparing rifle spalling (fragmentation of a projectile upon impact) against a Level III ballistic helmet. The core question is whether the helmet can withstand the fragments generated by a rifle round. The content likely involves a demonstration or analysis of projectile behavior and personal protective equipment's resistance capabilities. It aims to inform viewers about the effectiveness of Level III armor against rifle-induced fragmentation.

This video tests the fragmentation and lethality of various bullet impacts. While .50 BMG on wood and dirt showed minimal fragmentation, an AK-47 impacting stone caused dangerous spalling that injured a ballistic gel skull. .223 rounds hitting AR500 steel also produced spalling fragments that penetrated the gel, indicating steel targets pose the greatest risk from fragmentation.

This video, "Ceramic and Steel Body Armor vs. Spalling," aims to determine which material better handles shrapnel. While no specific firearms or calibers are mentioned, the context of body armor and spalling strongly implies ballistic testing and a focus on personal protection. The description also highlights GUNBROS as a family-owned business providing battle-tested, industry-trusted products for self-defense and protection, emphasizing Second Amendment freedoms.

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 test evaluates the effectiveness of M855 Green Tip 5.56mm ammunition against Armored Republic Level 3+ A2 steel body armor. The plates successfully stopped multiple rapid-fire rounds, and a spalling test using a soda bottle indicated the armor's coating effectively contained fragmentation.

This test evaluates a Protection Group Denmark Level 3 helmet's resistance to bullet spalling. Firing .300 Blackout at an angled steel plate, fragments impacted the helmet. While the outer coating was significantly damaged, the Kevlar interior prevented penetration, demonstrating effectiveness against shrapnel and ricochets.

This video tests the ballistic resistance of STNGR sunglasses against various calibers, including .22 LR, 9mm, 7.62x39, and 12-gauge birdshot and slug. While the sunglasses resisted smaller calibers and birdshot, a 12-gauge slug successfully cut the lens in half, demonstrating a clear failure point. The test highlights the importance of appropriate eye protection for different shooting scenarios.

This video compares AR500 steel and ceramic composite ballistic plates. Steel plates (NIJ Level 3) are durable and handle multiple hits but are heavy and pose a spalling risk. Ceramic plates (NIJ Level 4) are lighter and stop higher velocity rounds but are fragile and vulnerable to repeated impacts in the same area. The choice depends on threat profile and weight needs.

This video rigorously tests AR500 steel body armor against various rifle and pistol calibers, focusing on the dangers of spalling and fragmentation. While steel plates effectively stop direct impacts, the resulting bullet fragments can cause severe secondary injuries to the head and neck, potentially proving fatal. The analysis strongly recommends ceramic plates over steel for life-saving applications due to their superior performance in mitigating fragmentation.

This video directly compares ceramic and steel body armor plates in a hands-on test. The creator acknowledges some testing limitations, such as not placing the plates in a carrier and an unintentional misstatement of the term 'spalling' (referring to it as 'sprawling'). Despite these minor issues, the video aims to provide practical insights for viewers considering different body armor options. Links to specific products tested, along with discount codes and the creator's social media and merchandise, are provided.

This video from Iraqveteran8888 provides essential safety information regarding shooting steel targets, focusing on the phenomenon of spalling. Lead instructor Eric emphasizes proper target orientation, safe distances, and the importance of protective gear. He demonstrates how target mounting and angle can mitigate risks, ensuring spalling is directed away from the shooter. The content is crucial for new shooters and range builders.