Videos tagged with Full Metal Jacket

This video explores the performance of .30-06 ammunition, specifically focusing on the .30-06 Accelerator sabot round and comparing it to standard Full Metal Jacket (FMJ) and Hornady CX hunting rounds. The presenter conducts ballistics gel tests to demonstrate penetration differences, aiming to explain discrepancies in the Charlie Kirk case. The .30-06 Accelerator shows significantly less penetration, consistent with its design as a small .22 caliber bullet fired at high velocity, often resulting in fragmentation and no exit wound. Standard FMJ rounds exhibit much deeper penetration, while the expanding Hornady CX offers a balance.

This video explores the terminal ballistics of 9x19mm ammunition by firing rounds into a catalog. The experiment compares a full metal jacket (FMJ) round with a lead-core bullet to a pure lead bullet with an antimony core. The results demonstrate the penetration capabilities of 9mm rounds through paper and the deformation characteristics of different bullet types upon impact with a hard surface.

This video from Palmetto State Armory explains the distinctions between different types of 5.56 ammunition. It covers training rounds like 55 and 62 grain Full Metal Jacket for range practice, match grade ammunition (69-77 grain) for tighter groups at distance, and hunting rounds (soft points, polymer tips, bonded) designed for expansion on impact.

This video explains the technical implications of a bullet not matching a recovered firearm in a forensic context. It details how bullet composition, velocity, and impact can affect recovery and ballistic analysis, highlighting the difference between land and groove impressions and elemental analysis. The speaker emphasizes the importance of available evidence and the limitations of current analysis without official reports.

This video discusses firearm cleaning techniques, with the speaker primarily using CLP but also Hoppe's solvent. He notes that by avoiding lead ammunition and exclusively shooting full metal jacket or solid copper rounds, he minimizes lead buildup. The focus of his cleaning is often on removing 'burn rings' from cylinder ends, especially when shooting .38s and .357s, to ensure smooth chambering of rounds.

This guide details the process of reloading 10mm ammunition, focusing on 180-grain Full Metal Jacket (FMJ) bullets. It covers bullet selection, powder choice (Hodgdon Longshot), and safe load data considerations based on manufacturer recommendations. The instructions emphasize using FMJ bullets for specific firearms like the 10mm Carry Comp and provide a methodical approach to testing and production reloading. Instruction is provided by an experienced individual familiar with reloading data and firearm function.

This video details a critical self-defense incident involving an 11-year-old boy who used a 9mm handgun against a home intruder. Expert analysis from Colion Noir emphasizes the importance of training, the psychological impact of adrenaline, and the legal nuances of defensive gun use, particularly when a child is involved. The narrative highlights how preparation and discipline can be life-saving, contrasting it with an intruder's underestimation of the situation.

This guide outlines the process of using Winchester White Box 9mm ammunition for test firing firearms, particularly after repairs or for new handgun validation. The principle is that if a firearm functions reliably with this commonly available and standard-velocity ammunition, it should perform well with most other ammunition types. This method is presented as a benchmark for ensuring general firearm functionality.

This video compares the terminal ballistics of subsonic and supersonic .22 LR ammunition. Testing in ballistic gelatin, with and without a denim barrier, revealed that while supersonic rounds produced a larger wound channel, subsonic rounds demonstrated superior penetration, exceeding the FBI's 12-inch requirement. The instructor concludes that subsonic ammunition is not necessarily less lethal.

The US military is internally discussing a potential shift away from 9mm ammunition due to its perceived ineffectiveness on the battlefield when restricted to full metal jacket (FMJ) rounds mandated by the Hague Convention. Unlike civilian self-defense ammunition, military FMJ lacks significant terminal ballistics, leading to overpenetration and reduced incapacitation. This potential switch could significantly impact civilian 9mm ammo availability, as the Lake City plant is a major supplier.

This video discusses the effectiveness of 9mm Dragon Breath ammunition for self-defense, contrasting it with traditional hollow-point rounds. While visually impressive due to its pyrotechnic effect, the instructor highlights its limitations for stopping a threat, emphasizing that hollow points are generally superior for self-defense due to immediate mass expansion.

The US military is internally discussing a potential shift away from 9mm ammunition due to its perceived ineffectiveness on the battlefield when using standard ball ammunition, which is mandated by the Hague Convention. This conversation stems from historical issues with handgun rounds against body armor and military-style rifles. A switch could significantly impact civilian ammunition availability, as the Lake City plant supplies a large volume of 9mm to the civilian market. The speaker suggests that while 9mm is popular for civilian self-defense due to available advanced ammunition and faster follow-up shots, military requirements differ.