This video explores an interesting ballistic experiment, investigating the surprising question of how much Play-Doh it would take to effectively stop a bullet. While the specific firearm or caliber used is not mentioned in the provided data, the experiment itself focuses on material resistance and projectile dynamics. This type of content can appeal to firearm enthusiasts interested in ballistics, material science, and unique testing scenarios.
This video explores the ballistic capabilities of common objects by testing their ability to stop bullets, specifically focusing on whether a streetlight pole can defeat firearm projectiles. The content likely involves live-fire testing and analysis of bullet impact and penetration.
This video investigates the penetration capabilities of a 12 Gauge shotgun slug against varying thicknesses of OSB (Oriented Strand Board). The experiment involves shooting slugs into progressively larger stacks of OSB to determine how many sheets are required to effectively stop the projectile. This type of test is common in the firearms community to understand the ballistic performance of ammunition and the protective qualities of different materials.
This YouTube video tests the ballistic resistance of a textbook by shooting it with a .22 caliber bullet. The content focuses on a live-fire experiment to determine if the book can successfully stop the projectile or if it will pass through. The description and title clearly indicate a direct test of material penetration by firearm ammunition, aiming for an answer to the question posed.
This video investigates whether a rifle, while being held, can stop a bullet and potentially save the user's life. It features various firearms being shot at a rifle positioned in front of a ballistic dummy. Guns showcased include an AR-15 (Stag AR15, URGI M4, M16), AKM, Mossberg 590A1, and Glock 17 Gen 3. The experiment explores the rifle's structural integrity and its ability to act as a shield against incoming projectiles. The video also includes sponsorships from NordVPN and other brands.
This video investigates the bullet-stopping capabilities of 60lb sandbags by testing them against various calibers. The creator aims to determine their effectiveness as a protective measure. The video encourages viewer engagement through likes and shares, and provides a Patreon link for channel support and an Instagram handle for further connection.
This YouTube video investigates the ballistic resistance of a deck of cards, aiming to determine how many are required to stop a bullet. The content likely involves testing various firearms and calibers against stacked decks of playing cards to demonstrate their penetration capabilities. The video provides links to the creator's website and Instagram for further content and engagement.
This video tests the ballistic resistance of a bricked LG cell phone by attempting to shoot it. The creator, The GunGuy (Joel Persinger), also mentions his website, Patreon, and encourages viewers to visit sponsors like OpticsPlanet. He provides links to various gun rights organizations and mentions his credentials as an NRA Law Enforcement Firearms Instructor. The video aims to determine if a common electronic device can withstand projectile impact, with a focus on the practical implications for bullet stopping capabilities.
This video explores the question of how many computers are required to stop a bullet. While the specific firearms or calibers used are not mentioned in the title or description, the premise suggests an experimental or analytical approach to ballistic resistance. The video likely involves testing the penetration capabilities of bullets against computer hardware. Links to the creator's website and Instagram are provided for further engagement with their content, which may offer more context on their typical video themes.
You've reached the end! 9 videos loaded.
