Videos tagged with Ammunition Velocity

This YouTube video investigates how gas cycling affects the velocity of a Tavor 7 rifle. The content creator uses the Tavor 7 to conduct a test to measure any potential velocity loss due to the gas system's operation. The description also promotes merchandise, Instagram, and Patreon channels for 'The Gun Dungeon'.

This video discusses the unreliability of stated ammunition velocities often found on packaging. It emphasizes that real-world performance can differ significantly from advertised figures. While specific firearm models or calibers are not mentioned in the provided title and description, the core topic suggests a focus on ballistic data, ammunition performance, and potentially firearm testing or comparison where velocity is a key metric. The link provided likely leads to a vendor or manufacturer related to firearms or ammunition.

This video appears to be about a "Cheap Chronograph Disposal Program." Given the title, it's likely a program related to the disposal or recycling of chronographs, which are devices used to measure projectile velocity. The video's content is unknown without a transcript, but the title suggests a potential focus on the practical or logistical aspects of managing these devices, possibly within a gun-related context given the common use of chronographs in firearm performance testing.

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 discusses issues encountered while shooting Winchester Super X bulk .22LR ammunition in a Beretta 21A pistol. The primary problem identified is inconsistent ammunition velocity, which led to several malfunctions including failure to eject, stovepipes, and failure to pick up the next round. These feeding and cycling problems are attributed to the rounds not having sufficient power to reliably cycle the pistol's slide.

This video compares and contrasts two popular firearm chronographs: the Chrony F-1 Master and the Oehler 35P. The creator aims to evaluate the F-1 Master, often criticized for its perceived inaccuracy and low cost, against the Oehler 35P, considered an industry standard. The comparison highlights the functionality differences, particularly the Oehler's advanced data processing and printing capabilities, which are presented as superior for serious shooters. The video also touches upon user setup and perception of equipment quality.

This video focuses on the Shooting Chrony F1 Chronograph, a device used to measure firearm projectile velocity. The creator clarifies terminology like Standard Deviation and Extreme Spread in relation to chronograph data. While the video title mentions the chronograph, no specific firearms or calibers are detailed. The description includes disclaimers about safety, legal compliance, and the educational/documentary nature of the content. Affiliate links for Amazon, Patreon, and USCCA are provided.