This guide outlines a comprehensive procedure for testing ballistic armor plates against various military-grade calibers and ammunition types, as demonstrated by Matt Carriker. It covers testing with 5.56mm, 7.62x39mm, .30-06 AP, .300 Win Mag API, and .50 BMG rounds, detailing observations on plate deformation, spalling, and penetration. The expert-level assessment highlights the importance of understanding armor composition and ballistic standards in evaluating protective gear.
This video details a rigorous testing protocol for RTS Tactical's Level IV ceramic composite armor plate, comparing it against their Level III+ steel armor. The ceramic plate successfully stopped multiple rifle rounds including 5.56x45mm, 7.62x39mm, .308 Winchester, and four .30-06 Springfield rounds before failing on the fifth .30-06 shot, demonstrating significant deformation but no penetration on the initial impacts. The test highlights the trade-offs between ceramic (lighter, more deformation) and steel (heavier, less deformation, potential fragmentation) armor systems.
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