Flex Seal In A Hollow Point

This YouTube video, titled "This bullet looks insane 🤯," likely showcases an unusual or visually striking projectile. Without a description detailing the specific bullet or context, the tags focus on general firearms terminology and common bullet types that might be considered "insane" due to their design, performance, or rarity. The video's appeal would depend heavily on the visual presentation of the bullet itself, potentially drawing viewers interested in bullet construction, ballistics, or unique ammunition.

This YouTube video analyzes the penetration capabilities of 9mm bullets through sheetrock and studs. It aims to provide a visual understanding of how different ballistic behaviors occur when a 9mm projectile encounters common building materials. The video likely includes practical demonstrations and explanations relevant to understanding terminal ballistics and projectile behavior in various environments.

This video delves into the history and evolution of hyper-velocity hollow-point ammunition, tracing its development from the 1986 Miami-Dade shootout to modern designs. It highlights how FBI testing standards influenced ammunition choices and discusses the effectiveness and marketing of various specialized rounds, including 'meme ammo' and newer non-expanding designs. The content emphasizes that while bullet technology has advanced, shot placement and tactical advantages like rifle use remain critical.

This video explains the legal status and terminal ballistics of hollow point ammunition compared to FMJ rounds. It highlights how hollow points are designed to expand upon impact, dumping energy into the target and reducing over-penetration risks, making them ideal for self-defense. A Norma Monolithic Hollow Point is showcased, demonstrating its star-shaped expansion.

This YouTube video focuses on an "Ammo Shortage Update" highlighting recent finds of 6.5 Creedmoor and 9mm ammunition. The description specifically mentions low-priced 9mm defensive ammo and a 6.5 Creedmoor acquisition. The creator emphasizes private range safety protocols and disclaims any sales or affiliations with retailers/manufacturers. An Amazon affiliate storefront link is provided.

This experiment tested a loaded Glock 19 inside a microwave. The polymer frame melted and caught fire, eventually causing the 9mm hollow point round to discharge due to heat. While the gun was destroyed, the bullet penetrated the microwave, which surprisingly still functioned.

This video rigorously tests the self-defense capabilities of various airguns against a realistic human head ballistic target. The expert instructor demonstrates that low-power BB guns like the Daisy Red Rider offer minimal threat, while even full-auto CO2 BB guns fail to penetrate the skull. However, a high-velocity Gamo pellet rifle proves capable of causing significant damage, cracking the skull. The instructor concludes that BB guns are unsuitable for self-defense, and while pellet rifles are dangerous, they lack the immediate stopping power of conventional firearms.

This video tests the BulletSafe VP3 Level IIIA vest against various calibers up to .44 Magnum using a realistic human torso dummy. While the vest stopped all tested rounds, including a .44 Magnum and 12-gauge buckshot, significant backface deformation and blunt force trauma were evident, especially with higher-energy rounds. The dummy's shoulder blade was broken by buckshot, and severe bruising was indicated by the .44 Magnum impact.

This review of the Crosman DPMS SBR full-auto BB gun highlights its realistic AR-15 SBR aesthetics and select-fire capability. The host demonstrates its operation, including loading with a speedloader and the dual CO2 power system. Performance metrics like 1400 RPM and 430 FPS are discussed, along with its accuracy and destructive potential on targets like watermelons. The device is recommended for realistic training or plinking where live firearms are impractical.

This video tests the effectiveness and dangers of using a flare gun for self-defense. While a flare gun can ignite materials and cause internal damage to a ballistic torso, its single-shot capacity, slow reload, and high risk of starting fires make it an irresponsible and dangerous choice for defense. The test highlights the unpredictable nature and significant fire hazard associated with using flare guns in a defensive scenario.