Videos tagged with Bowling Ball Cannon

This video features an unusual comparison: a bowling ball cannon against a Lamborghini. While the title suggests a clash between a projectile launcher and a high-performance vehicle, the description does not provide specific details about any firearms, calibers, manufacturers, or related topics. The content likely focuses on the unique spectacle of the bowling ball cannon's performance in relation to the car.

This video showcases a homemade bowling ball cannon designed and fired by Edwin Sarkissian. The experiment involved launching a standard bowling ball propelled by FFFG black powder at a line of seven cinderblocks. The result was complete obliteration of the cinderblocks, demonstrating the destructive power of the device while the bowling ball remained intact.

This experiment tests the impact resistance of a 300-gallon water tank against a bowling ball fired from a custom black powder cannon. The bowling ball successfully penetrated the tank, demonstrating significant kinetic energy transfer. While the water absorbed enough energy to prevent the projectile from exiting the rear, the tank's structural integrity was compromised, with the projectile remaining inside.

This video showcases an experimental bowling ball cannon firing a standard bowling ball at pressurized gas tanks. The second shot successfully hits a valve, causing the tank to rapidly depressurize and launch like a rocket across a snowy field. The demonstration highlights the potential dangers and unpredictable results of such experiments, with a close call for the crew.

This experiment tests the destructive potential of a custom bowling ball cannon against a high-pressure oxygen tank. Initial attempts with conventional rounds failed, leading to the development of the bowling ball cannon. The cannon, loaded with black and pistol powder, successfully impacted the tank but did not rupture its casing. A second shot targeted the valve, causing rapid decompression and propelling the tank at high speed.

This video showcases a rather unconventional method of opening a safe using a bowling ball cannon. While not directly demonstrating firearm use in a typical context, the creation and operation of a 'bowling ball cannon' likely involves elements of projectile mechanics and potentially modified firing mechanisms that would interest firearm enthusiasts. The focus is on the experimental nature of the device and the outcome of the safe opening.

This video demonstrates the destructive potential of a custom bowling ball cannon against a Sanctuary Reserve safe. The experiment highlights the safe's robust construction with multiple locking bars and electronic lock, but ultimately shows a direct hit from the cannon can breach the door. The cannon's effectiveness is influenced by propellant choice and proper projectile seating, as a misfire occurred due to the bowling ball shifting.

This video showcases an experimental bowling ball cannon, custom-built and patriotically themed, utilizing black powder for propulsion. The demonstration highlights extreme recoil, with the first shot flipping the cannon and damaging its mount. The second shot achieves an estimated range of over 3 miles, underscoring the immense power of the black powder charge and the projectile physics involved in such extreme launches.

This video showcases an extreme experiment firing a bowling ball from an improvised cannon inside a Chrysler PT Cruiser. After initial failed attempts due to timing, the third shot successfully impacted another PT Cruiser. The most dramatic test involved firing the cannon from the car's interior, completely blowing the door off its hinges.

This YouTube video pits a bowling ball cannon against a Grandma's Plymouth PT Cruiser, suggesting a destructive and experimental test. The description also highlights a sponsorship from Dollar Shave Club, encouraging viewers to visit their website for a starter set deal. While not explicitly demonstrating firearms, the concept of a "cannon" and its projectile nature implies a comparison to projectile-based weaponry and potentially destructive testing, making it relevant to a broad audience interested in action-oriented or destructive tests, often featured alongside firearm content.

This video documents an experimental attempt to launch a bowling ball with an internal GoPro using a custom-built black powder cannon. Despite a powerful second launch that sent the ball out of sight, the extreme recoil bent the cannon's steel frame, and the GoPro footage was lost. The experiment highlights the immense power of black powder propulsion but ultimately resulted in a 'fail' due to the lost data and equipment damage.

This video details an experiment involving a custom bowling ball cannon firing a standard bowling ball at 5-ply bullet-resistant glass. Initial attempts failed due to insufficient gunpowder compression, highlighting the importance of packing. A successful third shot, achieved with proper compression, shattered the glass and caused significant cannon recoil, with debris scattering up to 50 yards.