This video explores the penetration capabilities of the Swiss Silver penetrator in 50 BMG against grade 55 mild steel at 50 yards. It features the Desert Tech HTI rifle, Vortex Razor Gen 3 optic, and other specific gear. The creator emphasizes the entertainment and educational nature of the test, advising against replication at home and stressing firearm safety. Affiliate links for related products are provided, alongside links to merchandise and Patreon.
This video tests the penetration capabilities of a US Army sniper bullet, specifically a .300 Win Mag, against RMA XRT armor plates made of grade 55 mild steel. The test is conducted at 50 yards. The video highlights the rarity of the bullets provided by Emacs Tactical and mentions specific gear used, including a Bergara B-14 Wilderness HMR CF rifle and a Vortex Razor LHT scope. It also includes promotions for merchandise and a Patreon page, with a disclaimer for entertainment and educational purposes only.
This video tests the penetration capabilities of a .50 BMG SLAP Tracer round against mild steel. The test is conducted at 50 yards using Grade 55 mild steel plate. The video aims to determine how much steel is required to stop this powerful ammunition. It also features a disclaimer about the content being for entertainment and educational purposes only, advising viewers not to replicate the tests and to always prioritize firearm safety. Sponsorships and merchandise links are included.
This video investigates the ballistic resistance of Grade 55 mild steel plate against .50 BMG sniper rounds. The test utilizes both ball and "FAKE M2AP" (SUMMIT Remanufactured) rounds fired from a 50-yard distance. The objective is to determine the thickness of steel required to reliably stop this powerful ammunition. The video emphasizes entertainment and educational purposes, with a strong disclaimer regarding safety and the inadvisability of replicating the tests at home. Promotional links for Patreon and merchandise are included, along with discount codes for TA Targets and EMACS.
This video tests the ballistic resistance of grade 55 mild steel plate against a .338 Lapua Magnum sniper rifle. The experiment utilizes both precision and armor-piercing rounds fired from a distance of 50 yards. The goal is to determine the thickness of steel required to stop this powerful rifle round. The description also includes links for donations, merchandise, and discount codes for gun accessories.
This video features a comparison of the effectiveness of 5.56mm ammunition against mild steel. The demonstration utilizes an HK SL8 rifle equipped with a Triton LPVO scope. The focus is on the ballistic performance of the 5.56mm round when impacting a steel target.
This YouTube video strongly advises against shooting mild steel due to the inherent danger of cratering and projectile fragmentation. The description emphasizes the risk of dangerous ricochets and shrapnel being sent back towards the shooter. The content appears to be a cautionary guide for firearm enthusiasts regarding safe target selection and material considerations.
This video pits the .22 LR, 17 HMR, and .22 Magnum calibers against each other in a "Ultimate Barrier Testing" scenario. The comparison involves 5 different targets, with each target contributing up to 20 points to a total of 100. The tests are conducted at a range of 50 yards, and the steel used is A529 grade 55 mild steel. The video aims to determine which of these popular rimfire cartridges performs best under simulated barrier conditions. It's important to note that these tests are presented for entertainment and educational purposes, and viewers are strongly advised against attempting them at home, emphasizing the need to verify equipment safety ratings.
This video compares the performance of 5.56x45mm and 7.62x51mm ammunition when impacting mild steel targets. The testing was conducted at a distance of 50 yards, utilizing A529 gr 55 mild steel mounted on a Steel Sled 4.1. The description emphasizes that these tests are for entertainment and educational purposes only, and warns against attempting such tests at home due to the inherent dangers of shooting steel.
This video compares the performance of the .338 Lapua Magnum and the .300 Win Mag calibers when impacting mild steel. The test was conducted at 50 yards using A529 gr 55 mild steel plates mounted on a Steel Sled 4.0 with a forged steel clamp. The video aims to show how close these two powerful rifle cartridges are in their steel-penetrating capabilities. The content is presented for entertainment and educational purposes, with a strong disclaimer about the dangers of shooting steel and advising viewers not to replicate the tests at home.
This video compares the performance of the 270 Win and 308 Win rifle cartridges against mild steel targets. The testing was conducted at a distance of 50 yards, utilizing a specific type of mild steel (A529 gr 55) mounted on a Steel Sled 4.0 system with a forged steel clamp. The content is intended for entertainment and educational purposes, with a strong disclaimer about the dangers of shooting steel and a warning against attempting the tests at home.
This video performs a direct comparison between the 350 Legend and 450 Bushmaster rifle cartridges, focusing on their performance against A529 gr 55 mild steel targets at a distance of 50 yards. The creator highlights unexpected results from the steel impact tests, emphasizing the differences observed between the two calibers. The content is presented for entertainment and educational purposes, with a strong disclaimer about the dangers of shooting steel and a warning against attempting these tests at home.
