Videos tagged with Car Door Ballistics

This video tests common household objects and vehicle components as ballistic cover against various calibers including .22 LR, 9mm, .223, 12 gauge, and 300 Blackout. The experiment uses ballistic dummies to determine if objects provide cover (stopping rounds) or concealment (not stopping rounds). Results indicate that most everyday items offer minimal to no effective cover against common firearm calibers, with only certain materials and calibers showing potential to stop rounds.

This entry breaks down the critical difference between cover and concealment, emphasizing that car doors offer little ballistic protection. It highlights the engine block and wheel rims as superior cover points. The content also addresses and debunks the impracticality of using a person as a rifle rest, drawing from insights by firearm enthusiast Esai Givens.

This video tests the ballistic penetration of .380 ACP, 9mm, and .45 ACP rounds through a car door. The .380 ACP, despite its smaller size and higher capacity, failed to penetrate the door. The 9mm also stopped within the door. The .45 ACP was the only caliber tested that successfully penetrated the car door.

This video from Civilian Tactical demonstrates whether a car door can stop various .22 LR ammunition types. The host, exhibiting high authority through live-fire testing, shows that while some .22 LR rounds are stopped by the car door's interior panel, high-velocity options like the CCI Stangers can penetrate both sides. The test utilizes a Volquartsen VT2 rifle and various Federal, CCI, and Winchester ammunition.

This video from 704 TACTICAL demonstrates a practical test of 9mm effectiveness when fired through a car door for self-defense scenarios. The host uses ballistic clay to measure the projectile's terminal performance, showcasing significant cavity formation. The expert firearm reviewer emphasizes the effectiveness of 9mm in this context while issuing a strong safety warning against attempting such tests without proper precautions.

This YouTube video from Polenar Tactical investigates whether car doors can stop bullets, debunking the myth that they offer effective cover. While acknowledging they provide concealment and are better than no protection, the video demonstrates through live-fire testing at a shooting range that car doors are not reliable ballistic barriers. The creators encourage viewer engagement by asking for suggestions on what to shoot next and urge sharing due to YouTube's content policies.

This video from Geauga Firearms Academy demonstrates the effectiveness of shooting through a vehicle's windshield and doors. Instructor Kim tests various ammunition types, including 9mm Corbon hollow points and Sig V-Crown, as well as .223 Remington training rounds, against a car. The experiment reveals that standard vehicle glass and doors offer minimal resistance to common defensive and training rounds, with only slight deviation observed. The instructor emphasizes that movie portrayals of bullets stopping inside vehicles are largely inaccurate for self-defense scenarios.

This guide synthesizes expert instruction from former Green Beret Mike Glover on engaging threats from or around vehicles. It details the limited ballistic protection offered by vehicles, emphasizing the difference between cover and concealment. Key techniques include maintaining standoff distance, understanding structural vulnerabilities, and practicing dynamic movement while prioritizing mobility. Glover's extensive experience as a former Green Beret and GRS operator lends significant authority to these critical survival tactics.

This guide details sniper techniques for engaging targets within vehicles, as demonstrated by a former US Special Forces member. It covers the effectiveness of standard 118LR ammunition with Sierra MatchKing bullets against various vehicle barriers like windshields and doors. The instruction emphasizes understanding bullet behavior, such as spall from laminated glass and potential tumbling through car doors, while advocating for the use of a single, reliable ammunition type for consistency.