This video focuses on a practical technique for firearm enthusiasts: how to achieve clear ballistics gel. Ballistics gel is crucial for understanding bullet performance and terminal ballistics, often used in reviews and testing. The video likely covers the process and materials needed to create transparent gel, which enhances visibility during testing and analysis of projectile impact. This is a valuable DIY technique for those who conduct their own testing or are interested in the scientific aspects of ammunition performance.
This YouTube video investigates theories surrounding the "Charlie Kirk assassination" by testing the ballistic capabilities of the 30-06 caliber. The creator aims to debunk or confirm claims about the bullet's performance in relation to the official story, providing a practical test for viewers interested in firearms and ballistics.
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 YouTube video, titled "Flechettes vs Gel Balístico: o que acontece quando disparamos?" (Flechettes vs Ballistic Gel: what happens when we shoot?), directly investigates the terminal ballistics of flechette rounds compared to standard ballistic gel. The comparison likely explores how these different projectile types perform upon impact, focusing on penetration, expansion, and wound channel creation. This type of content is highly relevant to firearm enthusiasts interested in ammunition performance and terminal ballistics.
This video tests the durability of a 145-pound iron anvil by subjecting it to progressively larger caliber bullets, culminating with a .50 caliber sniper rifle. The experiment aims to determine the anvil's resilience and what caliber can penetrate it. The description also promotes the channel's merchandise and podcast, and emphasizes safety precautions taken during filming, stating the content is for entertainment purposes only and should not be replicated.
This YouTube video explores the effectiveness of various liquids in stopping a bullet. While the specific liquids and firearms are not detailed in the provided information, the title clearly indicates a ballistic testing scenario. The content likely involves live-fire demonstrations to observe the penetration or lack thereof of different substances against projectile impacts.
This video showcases "7 Of The Most Insane Bullets Available," presenting the second part of a series. The testing was conducted at a 10-yard distance. The description also includes promotional links for Cloaked, Banana Ballistics merchandise, TA Targets, EMACS, and Auto Ears ear protection, along with a Patreon link for Banana Ballistics. A disclaimer emphasizes that the tests are for entertainment and educational purposes only and advises viewers to adhere to firearm safety protocols and verify ammunition compatibility.
This video showcases an "insane reload" created by Banana Ballistics, described as a "military bullet on steroids." The creator details their latest ammunition development, featuring testing conducted at a 50-yard range. The video highlights the use of A529 grade 55 steel for the targets. Viewers are directed to merchandise and affiliate links for TA Targets and EMACS. The content is explicitly stated to be for entertainment and educational purposes, with strong disclaimers advising against home replication and emphasizing firearm safety.
This video investigates the ballistic resistance of chalk, specifically examining whether it can stop a bullet. While the exact firearm and caliber used are not detailed in the provided information, the core premise is a ballistic test comparing a common material to projectile penetration. The content likely involves firing a projectile at a chalk block to observe the outcome and determine its effectiveness as a protective barrier.
This video explores two surprisingly powerful subsonic cartridges that are often overlooked. The testing was conducted at a 25-yard distance, utilizing A529 grade 55 steel. The creator promotes merchandise and affiliate links for optics and targets, and teases an upcoming video on Steinel's new heavy .45-70 offering. A strong disclaimer emphasizes that tests are for entertainment and educational purposes only, urging viewers to adhere to safety protocols and verify firearm ammunition compatibility.
This video title, "Bala Tranquilizante Caseira MORTAL? (TESTE)" (Homemade Tranquilizer Bullet DEADLY? (TEST)), suggests a test or review of a potentially dangerous homemade ammunition. The title uses a question to create intrigue and implies a lethal outcome is being investigated. This content likely falls into the realm of experimental ammunition or firearm modifications, with a focus on its potentially dangerous effects. The use of "MORTAL" and "TESTE" points towards a critical evaluation of its lethality.
This YouTube video focuses on testing copper bullets in 6.5 Creedmoor. It specifically examines the performance of the 120-grain Barnes TTSX BT (noted as the discontinued TAC-TX) and the 118-grain Cavity Back Bullets MKZ. The testing utilizes several popular gunpowder types, including Hodgdon H4350, Hodgdon H414 (also known as Winchester 760), Alliant Reloder 16, and IMR 4350. The video appears to be an in-depth ballistic gel or terminal performance test for these bullet types in this common rifle caliber.
