Videos tagged with Projectile Velocity

This YouTube video's title, 'Can A 20 Grain Bullet Go Boom?', suggests an exploration into the terminal ballistics or potential explosive characteristics of a very light bullet. Given the context of firearms content, the video likely investigates whether a 20-grain projectile can achieve sufficient velocity, energy, or expand in a way that creates a significant effect upon impact, or perhaps if it's even feasible to launch such a light projectile effectively. The focus is likely on the physics and performance of small projectiles.

This YouTube video title, "Carabina de chumbinho 1125 FPS vs corpo humano: quem leva a melhor?" (1125 FPS pellet rifle vs. human body: who wins?), suggests a comparison or test involving the projectile energy of an air rifle against a simulated human body. The phrase "carabina de chumbinho" indicates a pellet rifle, and "1125 FPS" refers to its muzzle velocity, a common metric for airgun power. The core of the video likely explores the potential impact or penetration capabilities of such a projectile.

This YouTube video explores the potential danger of a high-powered slingshot rifle, specifically the Falcon GT, which is advertised to exceed 350 feet per second (fps). The content creator aims to test and demonstrate its capabilities and power, inviting viewers to support the channel through Patreon and PayPal. The video also includes affiliate links for camera gear used in production, and encourages engagement through Instagram.

This YouTube video investigates the potential danger of a high-powered Chinese slingshot rifle, specifically the Falcon GT, which claims velocities exceeding 350 feet per second. The video aims to empirically determine its power and assess its risks. It also includes affiliate links for WOOX and Amazon, as well as Patreon and PayPal donation links.

This video delves into the fundamental differences between subsonic and supersonic ammunition and projectiles. It aims to educate viewers on the distinct characteristics, performance implications, and potential applications of each type. The comparison likely covers aspects such as velocity, sound signature, recoil, and terminal ballistics, offering a clear understanding of what distinguishes these two categories of ammunition.

This video from Demolition Ranch features a discussion and potential demonstration related to achieving an extremely high projectile velocity, specifically "1 Mile Per Second". The title implies a focus on the physics and engineering behind such speed, likely involving firearms. The description includes sponsorship by World of Warships and links to their game and charity fundraiser, as well as the creator's merchandise and personal vlogs. It also promotes HEAT WAVE eye protection with a discount code. While the exact firearm or caliber isn't specified, the title strongly suggests a firearms-related context.

This video focuses on the Garmin Xero C1 Pro Chronograph, a device used for measuring projectile velocity. While the product itself is a piece of technology, its primary application is within the firearms community for ballistics testing and performance evaluation. The content likely involves showcasing the chronograph's features, demonstrating its use in measuring the speed of bullets fired from various firearms, and potentially discussing its accuracy and ease of use for reloaders, competitive shooters, and general firearm enthusiasts looking to understand their ammunition's performance.

This video from 1ShotTV tests the lethality of an X Products Golf Ball Cannon, comparing its impact against a "head" (likely a ballistic dummy). The description includes affiliate links for Ballistic Dummy Lab, the channel's merchandise, and AXIL ear protection, along with Patreon and PayPal support options. The creator also shares their camera gear setup.

This video from InRange TV discusses the impact of AR-15 barrel length on projectile velocity, specifically for .223/5.56 ammunition. The presenter clarifies a correction regarding the specific ammunition used (PMC Bronze, not M193) but emphasizes that the core point about barrel length and velocity remains valid. The video demonstrates and discusses the velocity differences observed with 14.7, 16, and 20-inch barrels, highlighting the importance of sufficient velocity for the round's effectiveness. The content is supported by viewer contributions via Patreon.

This video introduces the Garmin Xero C1 Pro, a new pocket-sized chronograph utilizing doppler radar to measure projectile velocity. The description highlights Garmin's history in GPS technology and details how the Xero C1 Pro can track speeds of bullets, arrows, paintball, and airsoft pellets. It emphasizes the importance of projectile velocity for trajectory accuracy and directs viewers to RecoilWeb.com for a review.

This video explores using gravity to potentially increase muzzle velocity in firearms. While the specific firearm and caliber are not detailed in the provided information, the core concept suggests a focus on physics and its application to ballistics. The tag #MCK is a specific identifier that would be highly relevant to the video's original audience. The content likely delves into theoretical or experimental aspects of firearm performance.

This video explores the impact of firearm barrel length, using a Glock as an example. It covers the advantages of longer barrels, projectile velocity considerations, how to measure barrel length, and discusses ported barrels and compensators. The importance of comfort in firearm selection is also highlighted. The description also promotes a gun giveaway and encourages viewers to join the USCCA for benefits and referral rewards.