Videos tagged with Car Ballistics

This video from Tactical Rifleman demonstrates how bullets interact with a car hood, emphasizing unpredictable ricochet and deflection. The expert instructor highlights that a car hood is not a reliable shooting platform and rounds fired at an angle will deflect, potentially missing targets behind the vehicle. The demonstration shows that even a target placed a few feet behind the car was not hit by deflected rounds.

This video tests the ballistic resistance of standard car doors against various handgun calibers. A .22 LR and .380 ACP were stopped by the first door, while a .45 ACP fragmented after penetrating both. A 9mm round successfully penetrated both doors and hit the target mannequin, demonstrating that typical car doors offer limited protection against common handgun rounds.

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 compares the unrealistic depiction of shooting cars in PUBG Mobile to real-world ballistics using a DBS 12 Gauge Shotgun. It tests various shotgun loads, including #6 birdshot, KO round slugs, and Double A buckshot, against car tires, windshields, and doors. The comparison highlights the significant difference in penetration and damage between the game and reality, emphasizing the lethality of real shotgun rounds.

This video demonstrates a practical test of 9mm FMJ ammunition's terminal ballistics when fired through a car door into a block of ballistics clay. The expert host, 704 Tactical, showcases the projectile's penetration and minimal deformation, providing valuable insights into ammunition performance in a vehicle environment. The test highlights the effectiveness of aftermarket handgun accessories like the Viridian RFX35 and Olight Baldr.