Videos tagged with Shooting Demo

This YouTube video, titled "Shooting Thru My Truck 😨", appears to involve a demonstration of firearms being discharged in relation to a vehicle. The title suggests a potentially controversial or shocking event, indicated by the "😨" emoji. Without a transcript, the specific firearms, calibers, or the exact context of the shooting are unknown. However, the title alone strongly implies a focus on firearms and their use, likely in a demonstration or perhaps a stunt, with the truck serving as a significant element of the scenario. This content would appeal to viewers interested in firearms and potentially extreme shooting scenarios.

This video explores the science behind binary explosives, focusing on Tannerite. The creator attempts to detonate a van using this legal explosive, explaining the differences between high and low explosives and the mechanics of binary detonation. Despite an unexpected outcome where the van didn't fully explode as planned, the video provides a scientific explanation for the malfunction, emphasizing the importance of safety when handling such materials. It's presented as a learning experience, with an apology for not meeting expectations but encouraging viewers to subscribe for more firearm education and experiments.

This video tests the effectiveness and risks of shooting through a vehicle windshield in a self-defense scenario. The creator compares firing out a window versus directly through the glass at a 20-yard target, analyzing bullet trajectory and velocity changes. Unexpectedly, the test also reveals health risks associated with glass dust exposure, including symptoms like coughing and loss of smell/taste, with a detailed update provided. The content emphasizes understanding these risks and considering alternative self-defense tactics.

This video tests the bullet resistance of a car by firing .22lr, 9mm, and 5.56 green tip rounds at different sections of the vehicle. The experiment aims to determine how effectively a car can shield occupants from gunfire at various points. It highlights which areas of the car offer the most protection against different calibers and provides insights into vehicle safety against ballistic threats.

This video offers a unique perspective on the sound of 12 Gauge Birdshot fired from 100 yards. Filmed from the target's viewpoint, it simulates the experience of being downrange, with the sound of lead pellets hitting the ground described as akin to rain. The video encourages viewer engagement through likes, comments, and subscriptions for more firearm sound tests and shooting demonstrations, mentioning CajunBoyJake as the creator.

This video tests the ballistic resistance of a Level IIIA bulletproof Chinese face mask against various firearms. The mask is subjected to rounds from a .22LR, 9mm, .357 Magnum, and 5.56mm. The description highlights that the mask stopped all bullets up to the .357 Magnum and mentions simulated injuries. It provides a product link for viewers interested in purchasing the mask and encourages engagement through likes, comments, and subscriptions.

This video showcases the unique Savage Stevens 22-410 Over Under firearm. The creator demonstrates loading and firing both a .410 shell and a .22lr cartridge from the same firearm, highlighting its versatility. The video is a short clip intended to provide a glimpse of this unusual gun in action, encouraging viewer engagement through likes, comments, and subscriptions for more unique firearm demonstrations.

This video argues against using a handgun for home defense, advocating for shotguns instead. It features a direct comparison between a Glock 17 (9mm pistol) and a 12 gauge shotgun, testing their effectiveness on a moving target from 5 yards. The demonstration includes firing sequences for both firearms and a visual comparison of their shot patterns under simulated adrenaline conditions. The creator encourages viewer engagement through likes, comments, and subscriptions for more firearm comparisons and home defense advice.

This YouTube video offers a comparison of roller-delayed blowback firearms against modern platforms like the SCAR, URGI, and AR9. It aims to determine if the older roller-delayed system is still superior or has been surpassed. The video includes an explanation of the roller-delayed mechanism, a discussion on recoil management, and live shooting demonstrations. It is sponsored by MidwayUSA and mentions supporting content creators via Patreon and Utreon. The description also highlights a Practical Accuracy Scoreboard and a discount code for Slate Black Industries.

This video reviews the new Springfield Armory SA16A2, a civilian-legal reproduction of the M16A2 rifle. The presenter covers the rifle's features, specifications, and provides a shooting demonstration. The review highlights that the SA16A2 is built to military specifications but lacks full-auto capability. The video also features affiliate links for shooting targets, ear protection from Axil, outdoor clothing from Pnuma, and Gatorz sunglasses, along with a call to action to subscribe to the MrBigKid channel and follow on social media.

This video provides a comprehensive review of the Sig Sauer P320 M17 pistol. It covers the pistol's features, specifications, handling, and value, offering a shooting demonstration and feedback. The description highlights its 9mm caliber, coyote-tan PVD coated slide, optic cut, SIGLITE night sights, carry-length grip module, and manual safety, all mirroring the U.S. Army's MHS contract specifications. The video also includes sponsor mentions for shooting targets, ear protection, outdoor clothing, and sunglasses.

This YouTube video focuses on the Gamo .25 caliber Magnum break-barrel air rifle, highlighting its surprisingly accurate performance. The title and description emphasize that despite potential skepticism, this particular model delivers on accuracy, with a demonstration included to prove it. The content aims to showcase the capabilities of this specific airgun, suggesting it's a viable option for those seeking a powerful and accurate break-barrel platform.