Videos tagged with M67 Frag Grenade

This entry details advanced Vietnam War-era tactical loadouts and explosive deployment strategies, drawing from the experience of a MACV-SOG veteran. It highlights the importance of optimizing team firepower through increased grenade carriage and the sophisticated use of daisy-chained Claymore mines for area denial and psychological impact. The information emphasizes a deep understanding of combat effectiveness and enemy deterrence.

This video provides a product overview of the Spiritus Systems Frag Grenade Spud Pouch. The presenter, Kevin, details the pouch's design, highlighting its ability to hold items beyond a M67 Frag grenade, such as a lensatic compass, handcuffs, or radio batteries. The review emphasizes the pangolin-cut flap and shock cord for adjustable opening, making it versatile for various small items. The video also includes timestamps for the intro and a section on alternative uses.

This video showcases a highly modified M67 fragmentation grenade, fitted with external metal spikes and a 5-second delay pressure switch, launched via a PSE Heritage recurve bow. The experiment targets a washing machine, demonstrating the destructive potential of the spiked ordnance. Post-detonation analysis reveals the significant impact and fragmentation.

This video showcases a custom-modified M67 fragmentation grenade fitted with spikes and a 5-second delay pressure fuse, fired from a recurve bow. The experiment successfully destroyed a household dryer, demonstrating the effectiveness of the spike modification for preventing ricochets and ensuring detonation on target. Debris was found over 200 yards away, highlighting the explosive power.

This video showcases a custom-built remote-controlled robot equipped with an X Products Can Cannon, demonstrating its capability to launch both paint cans and a live M67 fragmentation grenade. The experiment highlights the destructive potential of the grenade when fired at a target vehicle, resulting in significant damage and fire. The content emphasizes innovative applications of robotics in weapon systems and experimental ordnance.

This video demonstrates launching an M67 fragmentation grenade using an X Products Can Cannon towards a distant frozen lake. The Can Cannon, firing .223 blanks, successfully propels the grenade, which detonates upon impact, creating a visible hole in the ice. The experiment highlights the launcher's capability for extreme projectile delivery in challenging outdoor conditions.

This video demonstrates the destructive power of an M67 fragmentation grenade by detonating it inside an ATM. The experiment successfully breached the ATM's safe, scattering currency and internal components. The ATM door was found 300 yards away, highlighting the grenade's significant blast radius and fragmentation effect.

A $35,000 EOD bomb suit was tested against an M67 fragmentation grenade. Despite its cost and protective design, the suit was completely destroyed by the blast, with the dummy sustaining significant fragmentation damage. Notably, the helmet remained largely intact, though its visor was damaged.

This video demonstrates a unique application of RC cars by using them to remotely deliver and detonate an M67 fragmentation grenade. The experiment involves rigging two RC monster trucks, one carrying the grenade and the other designed to pull the pin via a string mechanism. A cinder block bunker with pineapple targets is constructed to visualize the blast effects, showcasing the destructive power of the grenade and the potential for remote demolition.