This video title, "Será que gelo consegue parar uma bala?" (Can ice stop a bullet?), explores the ballistic properties of ice when subjected to firearm projectiles. It investigates the potential of ice as a projectile barrier, a concept often seen in fictional scenarios but rarely tested in reality. The video likely delves into the physics of bullet impact and penetration through a frozen medium, possibly comparing different types of ice or bullet calibers to determine their effectiveness in stopping or deforming rounds.
This YouTube video explores the ballistic resistance of ice, specifically investigating whether it can effectively stop a bullet. The title suggests a direct test or demonstration of this phenomenon, likely involving firearms and ammunition to determine penetration capabilities. The content aims to answer a practical question about the properties of ice in the context of projectile impact.
This video explores the effectiveness of vehicle armor against firearm projectiles. It aims to answer the common question of whether a car can stop a bullet, likely by testing different calibers and vehicle types. The content will be relevant to individuals interested in ballistics, self-defense, and understanding the real-world performance of firearms against common barriers.
This video explores the creation and performance of a $0.30 homemade 7/8 oz shotgun slug, made by melting down birdshot. The creator compares its cost, performance, recoil, and lethality against factory-produced slugs. The video details the production process and offers a damage test using a cylinder block and a ballistic gel test. It also features a sponsor segment for 945 Industries EDC bags. The content aims to educate viewers on saving money and understanding the capabilities of hand-cast ammunition.
This video delves into the controversial 7N6 ammunition, often dubbed the "poisonous" bullet. It examines the Soviet-designed round's construction, terminal ballistics through tests with ballistic gel and water jugs, and compares its performance against standard FMJ ammunition. The content also explores the legality of 7N6, its supposed bypassing of international laws like the Geneva Convention, and debunks myths surrounding its "poisonous" nature. The AK-74 is highlighted as the primary firearm chambered for this round, with a comparison to 5.56mm Green Tip ammunition also featured.
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 provides a comparative review of the Athlon Rangecraft Velocity Pro chronograph against the Garmin Xero, focusing on performance and affordability. The reviewer, from Moondog Industries, highlights the features of the Athlon chrono and conducts head-to-head testing with the Garmin. The video also includes a sponsorship plug for Aura, a data security service.
This YouTube video, titled 'Sand Jugs vs Higher and Higher Caliber Bullets,' appears to be a controlled experiment conducted on a private gun range in Texas. The content focuses on testing the penetration capabilities of various caliber bullets against sand-filled jugs. The description strongly emphasizes safety precautions and states that the content is for entertainment purposes only, cautioning viewers against attempting any actions seen in the video. It highlights the controlled environment and the private nature of the range where the filming took place.
This video title, "Which round did THIS?", coupled with a description linking to a longer story, strongly suggests an investigation into a specific ammunition incident. The content likely explores the effects of a particular bullet or caliber on a target or object, prompting an analysis of what happened and the forces involved. Given the phrasing, it could involve ballistics testing, a field incident, or a forensic examination of projectile damage.
This video features testing of Federal 165 grain Fusion ammunition against an AR550 steel plate. The description indicates that the plate was returned for quality testing and is confirmed to be without defects, suggesting it was impacted by a powerful round. The content focuses on ammunition performance and material resilience.
This YouTube video investigates the ballistic resistance of a bag of concrete. The central question is whether concrete, in bag form, can effectively stop bullets fired from firearms. The video likely involves testing various calibers and potentially different types of firearms against the concrete barrier to determine its penetration capabilities. This is a common type of 'mythbuster' or 'ballistics test' that appeals to firearm enthusiasts interested in material science and protective capabilities.
This YouTube video demonstrates shooting through bulletproof glass using various caliber bullets. The creators emphasize that this is a purely a demonstration conducted on their private gun range, adhering to all safety protocols. They explicitly advise viewers not to attempt this at home.
