Videos tagged with Ballistic Ricochet

This video analyzes the bullet trajectory in the Charlie Kirk incident, focusing on ballistic principles. The speaker, drawing on visual evidence and an understanding of how bullets interact with bone and tissue, explains how a projectile entering the neck could ricochet off the spinal cord, causing an exit wound on the same side as entry. The analysis aims to debunk theories of multiple shooters based on observed wound characteristics.

This YouTube Shorts video explores the phenomenon of bullets bouncing off cars, likely demonstrating and explaining the physics behind ballistic ricochet. The title and hashtags suggest a focus on military applications and general firearm mechanics. The content aims to answer the question of what happens when projectiles impact vehicle exteriors.

This video strongly advises against shooting from underneath a vehicle, emphasizing that it severely compromises mobility and situational awareness. The instructor highlights the risks of becoming an immobile target and the potential for ricochets. Instead, the focus is on maintaining mobility and utilizing cover effectively from a standing or kneeling position.

This video features a Special Ops instructor demonstrating how bullets behave when striking vehicle sheet metal at low angles, a phenomenon known as bullet skipping. The instructor explains that bullets hitting at approximately 10 degrees won't ricochet predictably like in pool. Instead, they can either penetrate the metal or deflect at a much steeper angle, typically over 30 degrees. This information is crucial for gunfight strategy, particularly regarding cover. While soft-skinned vehicles are poor cover, the video advises against staying too close to them in a level gunfight, as skipped rounds could pose a danger. Staying a few feet back allows for accurate shooting while still benefiting from the vehicle's protection, as deflected rounds are more likely to pass overhead. The instructor also highlights the engine block and wheel hubs as better areas for cover on a vehicle.

This guide details a ballistic test conducted by Scott from Kentucky Ballistics, an established subject matter expert. The test involves firing a Tippmann Armory 9mm Gatling Gun at a 250 lb Atlas stone to assess the 9mm caliber's effectiveness against dense targets. The procedure emphasizes range safety, including firing from an elevated position to manage ricochets, and documents the results of approximately 450 rounds impacting the stone.

This guide, presented by Karl from Tactical Rifleman, details the essential steps for constructing a private shooting range. It covers legal and insurance checks, site selection using a range fan, berm construction with considerations for settling and reinforcement materials like Hesco baskets or tires, and the importance of quality steel targets with proper safety distances. The guide also touches on ground cover, target stands, and critical medical and safety planning for range operations. Karl's extensive experience, including military fortification building, lends high authority to the practical advice provided.