Videos tagged with 12 Gauge Flare Gun

This video demonstrates an experimental test of chambering .50 BMG ammunition into a 12 gauge Orion flare gun. The presenter details a remote firing setup using duct tape and a cord, highlighting the difficulty in igniting the .50 BMG round due to its tough primer. A successful ignition of a 12 gauge blank is shown for comparison, emphasizing the importance of using correct ammunition.

This video demonstrates a dangerous but potentially life-saving technique for emergency signaling using a 12-gauge shotgun shell in a plastic flare gun. The speaker, exhibiting intermediate authority, explains the severe risks of firing a standard shell due to barrel fitment and pressure issues. A safe method involves removing shot, wad, and powder, leaving only the primer to create a loud sound signal without destroying the flare gun.

This video tests the viability of flares for self-defense, evaluating both hand-held and 12-gauge flare gun models. While a hand-held flare can produce intense light and heat, potentially deterring an attacker, the 12-gauge flare gun proved extremely inaccurate and lacked stopping power in tests with ballistics gelatin. The conclusion is that flares are impractical for self-defense due to these limitations.

This video explores three essential signaling devices: a handheld flare, the Lifesmoke MK9 floating smoke signal, and a 12-gauge Orion flare gun. It details their activation, visual output, and intended uses, ranging from personal safety to maritime emergencies. The presenter emphasizes safety precautions due to intense heat and molten slag from the handheld flare and the significant smoke production of the Lifesmoke.

This video tests the operational limits of an Orion 12-gauge flare gun underwater. While a fully submerged attempt failed due to water resistance affecting hammer momentum, the flare successfully fired when only the muzzle was submerged, demonstrating a specific operational capability. The experiment highlights the importance of understanding equipment limitations in extreme conditions.