Videos tagged with Firearm Physics

This video from Tenicor, featuring instructor Jeff, debunks the myth that smaller guns always conceal better. He explains that shorter barrels on subcompacts like the Glock 26 can lead to the grip 'tipping out' due to lack of leverage below the beltline. Longer firearms, such as the Glock 34, utilize muzzle length as a lever to press the grip into the body, enhancing concealment and stability. This analysis is crucial for anyone seeking to optimize their concealed carry setup.

This video appears to be a live discussion or Q&A session addressing the common firearm question: whether longer barrels contribute to increased accuracy. The creator is inviting viewers to join a live panel and has provided an email address for those interested in participating. The primary focus is on the mechanical and ballistic factors influencing firearm accuracy related to barrel length.

This YouTube video, titled 'Silenciadores deixam os tiros mais rápidos?' (Do suppressors make shots faster?), explores the common misconception that firearm suppressors increase bullet velocity. The title directly addresses a specific technical question about the ballistics of suppressed firearms. Given the topic, the video likely delves into the physics of suppressed shooting, velocity, and potentially sound reduction. It's aimed at firearm enthusiasts interested in the technical aspects of modifications and ballistics.

This video features World's Strongest Man Eddie Hall and host Scott testing the recoil management of extreme caliber firearms. They compare their physical responses to the recoil of a 500 Magnum, 416 Rigby, 577 T-Rex, and a 4 Bore rifle. The results demonstrate that even extreme physical strength has limits against the immense forces generated by these powerful weapons, with Eddie Hall consistently showing less movement than Scott due to his greater body mass.

This video explains the dangerous phenomenon of squib loads in firearms, detailing how they occur and the catastrophic pressure buildup that can lead to a gun exploding. It covers the physics behind the malfunction and the potential consequences for the shooter and the firearm. The description also links to the creator's other channels and social media platforms.

This video tests the lethality of marbles when fired from firearms. It investigates whether standard ammunition can be substituted with or augmented by marbles in terms of terminal ballistics and potential for harm. The practical demonstration aims to answer the question of whether marbles are a viable or effective projectile in a firearm context, likely exploring various calibers and firearm types.

This YouTube video focuses on the recoil characteristics of firearms, exploring a spectrum from mild to wild. Presented in slow motion, it allows viewers to observe and appreciate the mechanics of recoil in action across various firearm types. The title suggests a visual demonstration and analysis of how different firearms behave when fired, likely highlighting the forces and movements involved.

Shorter-barreled handguns can exhibit less muzzle flip due to reduced reciprocating mass, leading to faster follow-up shots. While a subcompact like the Glock 29 (3.77" barrel) may have more felt recoil than a longer model like the Glock 40 (6.02" barrel) in 10mm Auto, its reduced muzzle rise aids in quicker target re-acquisition. The ideal carry configuration may combine a full-sized grip for control with a shorter slide and barrel.

This YouTube Short explains the concept of 'Height Over Bore' in firearms. Height Over Bore refers to the distance between the center of the firearm's bore (barrel) and the top surface of the hand that is gripping the firearm. This measurement is crucial for understanding how much a firearm will move upwards during recoil, which impacts follow-up shot speed and accuracy. Understanding this principle helps shooters make informed decisions about firearm selection and shooting techniques.

This video demonstrates how barrel length significantly impacts the terminal ballistics of a 9mm projectile. Testing with 2-inch, 4-inch, and 16-inch barrels showed increased wound channel depth and energy transfer with longer barrels, primarily due to higher muzzle velocity. While longer barrels enhance lethality, even the shortest barrel proved effective.

This video analyzes the possibility of a 30-06 rifle round fired at 130-140 yards not producing an exit wound, as reported in the Charlie Kirk incident. It delves into bullet weight, ballistic coefficients, and caliber comparisons (30-06 vs. 5.56 and .308) to assess the probability. The speaker calls for FBI transparency regarding bullet type and autopsy results to verify the official account.

This video debunks the myth that a .50 BMG round passing near a target can be lethal due to shockwave. Using a ballistic mannequin head and a Big Kahuna Firearms Raptor-50 rifle, the test demonstrated that while the .50 BMG round impacted and destroyed a concrete block behind the target, it did not affect the mannequin or the cardboard placed near it. The conclusion is that a near miss from a .50 BMG is not fatal.