Videos tagged with Spalling

This guide details a practical test to evaluate the effectiveness of different eyewear types against firearm-related hazards. The Civilian Tactical host demonstrates how dedicated safety glasses offer superior protection compared to regular eyeglasses or sunglasses when subjected to spalling from a 9mm handgun and direct impact from 12-gauge birdshot. The testing utilizes ballistic gel and steel targets to simulate realistic scenarios, emphasizing the critical importance of proper eye protection on the range.

This video features Shortshot Tony, a tactical gear reviewer, conducting live-fire ballistic testing on AR500 steel plates to assess the effectiveness of spall coatings. The experiment demonstrates that while uncoated plates can produce significant spalling, a spall-resistant coating, especially when used within a plate carrier, effectively contains fragmentation.

This video from Yee Yee Life tests the ballistic resistance of salvaged Secret Service Suburban glass against various calibers, from .22 LR to .50 BMG. While the glass effectively stops most common handgun and intermediate rifle rounds, it is penetrated by a .50 BMG sniper rifle. The test utilizes a ballistic dummy named 'Fred' to assess spalling and penetration effects.

This video demonstrates an experimental approach to understanding bullet fragmentation and material spalling. The Civilian Tactical host, exhibiting high authority and specialized knowledge, tests various impact mediums including dirt, wood, stone, and steel using calibers from .223 Remington to .50 BMG. The tests utilize ballistic gel to visualize the effects of fragments, concluding that steel targets produce the most dangerous spalling.

This video features a discussion on Staccato pistols, specifically the HD model, exploring its design, potential drawbacks like spalling from ported barrels, and comparisons to other 2011 platforms. The speaker also touches on ammunition choices for ported firearms, general handgun performance, and the challenges of content creation in the firearms niche. The conversation includes insights into the pros and cons of ported barrels and the broader market trends for 2011-style pistols.

This expert-level analysis from GUNBROS details the critical difference between steel and ceramic body armor concerning spalling. Steel plates, while durable, can fragment upon impact, posing a secondary threat. Ceramic plates mitigate spalling effectively due to their material composition and outer fabric, but have a limited lifespan and impact tolerance. The video provides essential insights for selecting appropriate ballistic protection based on threat assessment and longevity requirements.

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 debunks common misconceptions about body armor, clarifying that no armor is truly 'bulletproof' but rather resistant to specific calibers and threats. It explains spalling, differentiates between ceramic and steel armor performance, and addresses the effectiveness against fragmentation and various ammunition types like 5.56 and .50 caliber rounds.

This video tests the effectiveness of a Premier Body Armor Level III rifle-rated bulletproof shield against various handgun and rifle calibers. Using a ballistic dummy, the test demonstrates the shield's ability to stop rounds with minimal backface deformation and surprisingly little spalling. Even high-powered rifle rounds like the .45-70 and .375 H&H Magnum failed to penetrate the shield, though they caused significant deformation and eventually broke the shield on the final shots.

This video provides an expert demonstration of body armor performance, focusing on ballistic testing and the critical function of anti-spall coatings. The Civilian Tactical host, a tactical gear reviewer, showcases how different calibers impact armor plates and compares the Caliber AV2 to traditional AR550 steel, highlighting its thinner and lighter profile while maintaining effectiveness against .308 Winchester rounds. The importance of spall containment is visually demonstrated.

Johnny Q, a tactical gear enthusiast, reviews the AR500 Armor Steel Plates he uses in his vest. He details their protection against 7.62 FMJ rounds but warns about the significant risk of spalling with steel plates. While acknowledging their affordability, he ultimately recommends ceramic plates for superior safety and performance.

This video from Administrative Results provides a practical, albeit informal, comparison of steel versus ceramic body armor. The host, demonstrating high expertise in tactical gear, tests both AR500 steel and Highcom ceramic plates against various rifle calibers using a ballistic gel head to assess secondary effects like spalling. The key takeaway is the significant spalling hazard from steel armor, even when it stops a projectile, leading to a recommendation for ceramic armor for its fragment containment properties.