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00:00:00 – 00:09:25
In this video from Moss Pawn and Gun, Eric introduces Jeremy from Spartan Armor Systems as they test Spartan's AR550 body armor plate. They explore the plate’s robustness against various ammunition types, including the XM193, M855, and armor-piercing .30-06 rounds. The testing is done to assess the plate's ability to handle these threats, with a particular focus on speed’s critical role in penetrating body armor. Initial tests using XM193 and M855 rounds showcase the effectiveness of the AR550 plate, highlighting its anti-spalling coating and recommending the use of a trauma pad for better protection against blunt force trauma. Despite successful containment of most shots, a .30-06 armor-piercing round fired from a Springfield 1903 service rifle penetrates the plate, demonstrating the necessity of level IV armor for such high-powered ammunition. The video ends with a hint at future tests, including larger caliber items and more cannon content, expressing gratitude towards the viewers and promising more engaging content ahead.
00:00:00
In this part, Eric from Moss Pawn and Gun introduces Jeremy from Spartan Armor Systems and explains they’re conducting a body armor test on Spartan’s AR550 plate. Jeremy describes the AR500 and AR650 abrasion-resistant plates, noting that AR650 is too brittle to use effectively. They aim to test the AR550 plate’s ability to handle threats like SS109, XM193, and 855 cartridges from close range. The test setup includes armor backed with modeling clay to observe deformation. Eric then prepares to shoot the armor with an XM193 round from about 10 feet away, emphasizing that speed is crucial in penetrating armor.
00:03:00
In this part of the video, the speaker demonstrates the effectiveness of Spartan AR550 armor against different types of ammunition. Initially, they test the XM193 round from a 20-inch barrel, noting that the armor performed well, preventing spalling thanks to its anti-spalling coating. They explain that the advanced triple curve version of the plate offers better ergonomics compared to the flat plate used in the demonstration. The test confirms the armor’s strength, but suggests using a trauma pad to reduce blunt force trauma.
Next, the speaker tests the armor with the M855 62-grain green tip ammunition. Despite a slightly slower velocity compared to the XM193 due to the heavier projectile, the armor successfully contained the shots, including one that hit near the edge—an area often perceived as weaker. The speaker notes minor spalling at the bottom but confirms that the coating effectively contained most of the fragments, proving the armor’s reliability even at the edges.
00:06:00
In this part of the video, the presenter discusses the impact of superficial energy transfer on a ballistic plate and provides an explanation for the more significant damage observed at the bottom of the plate. They then proceed to test the plate with armor-piercing .30-06 ammunition shot from a Springfield 1903 service rifle at close range, which is not rated for this type of ammo. The result is substantial damage as the round penetrates through the armor and the clay backing, causing significant deformation. The presenter emphasizes the need for level IV armor to stop such high-powered threats and mentions that the manufacturer offers an NIJ-certified level IV plate suitable for this purpose. The video concludes with an appreciation for the viewers and a hint at more body armor content to come.
00:09:00
In this part of the video, the speaker mentions testing 50 caliber items and conducting more work with a cannon, acknowledging viewer interest in the cannon. The speaker expresses gratitude for the viewers and concludes with a note of appreciation, promising to see them in the next video.