Videos tagged with Big Kahuna Firearms

This video provides an expert overview of the Big Kahuna Firearms Raptor 50, a .50 BMG rifle. The instructor, demonstrating experienced authority, details its single-feed bolt action mechanism, compatibility with AR-15 lowers for ease of assembly and affordability, and showcases its impressive power through concrete block and water jug penetration tests. The performance is explicitly compared to a standard AR-15, highlighting the Raptor 50's significantly greater damage potential.

This video showcases the Big Kahuna Firearms Raptor 50, a .50 BMG bolt-action rifle built on an AR-15 lower receiver. Expertly demonstrated by Civilian Tactical, the rifle's immense power is highlighted through a triple cinder block penetration test and a water jug explosion. The presenter, an experienced shooter, explains the design choices, including the use of an AR-15 lower for affordability, and emphasizes the .50 BMG's destructive capability compared to a standard AR-15.

This guide demonstrates how to achieve significant explosive effects using common .22LR ammunition and specialized Firebird reactive targets. The Civilian Tactical host showcases how these targets, when struck by .22LR, produce a dramatic pyrotechnic display, contrasting it with the much larger effect of a .50 BMG round. This technique offers a visually impressive, YouTube-compliant method for creating explosions at an outdoor shooting range.

This video from Civilian Tactical explores the potential lethality of positioning oneself as a 'human tripod' for a 50BMG rifle. Using ballistic gel and dummy heads, the experiment demonstrates the severe effects of muzzle blast from various calibers, including .22LR, .223, and the formidable 50BMG. The Raptor 50 upper receiver by Big Kahuna Firearms is highlighted as an accessible 50BMG option compatible with AR-15 lower receivers. The expert assessment indicates high authority and a focus on safe, experimental ballistics.

This video provides a dramatic comparison between the smallest and largest common firearm calibers. The .22 Super Colibri, while quiet, shows minimal impact on a ballistic skull. In stark contrast, the .50 BMG round from a Big Kahuna Raptor 50 completely obliterates the same target, demonstrating extreme destructive power.

This video demonstrates the impact of a 50 BMG round on a steel target. The target, manufactured by ShootSteel.com, is shown to withstand the blast without warping, bending, or penetration, indicating its high quality and durability for heavy calibers. The presenter highlights the target's ability to handle significant force, making it suitable for testing powerful ammunition.

This video details a ballistics test conducted by Civilian Tactical, evaluating the penetration capabilities of various calibers through a two-foot water barrier. The host, a firearms content creator, demonstrates how rounds from Birdshot up to .50 BMG interact with water. Notably, smaller calibers like .22 LR and 9mm were stopped, while larger rifle rounds like .308 and the .50 BMG achieved significant penetration, causing substantial water displacement and structural damage. The experiment highlights the effectiveness of water as a barrier against certain ammunition types while emphasizing the power of high-energy rounds.

This video from Civilian Tactical tests the surprising bullet resistance of a fireman's axe against various calibers, from .22 LR up to a .50 BMG. The host, demonstrating high authority in firearms, showcases multiple platforms including the Volquartsen Arms Mamba and a Raptor 50 rifle. The experiment reveals that common handgun and even intermediate rifle rounds fail to penetrate the axe head, highlighting unexpected material resilience before succumbing to the .50 BMG round.

This video from Civilian Tactical tests the common myth that a .50 BMG round can cause injury or death through shockwave alone, even with a near miss. Using a Raptor-50 rifle and a ballistics dummy, the host demonstrates the actual effects of a .50 BMG projectile passing close to a target. The experiment debunks the myth, showing no damage to the dummy from the shockwave, highlighting the importance of empirical testing over speculation.

This video compares two 50 BMG barrel lengths, highlighting the trade-offs between portability and ballistic performance. An 18.5-inch barrel offers a significant weight advantage, making it theoretically more portable, while a longer barrel (like 30 inches) generally provides more energy. The speaker notes that the speed difference between barrels isn't as drastic as one might assume, and the sheer weight of a 50 BMG upper makes portability a relative concept.

This guide details the initial firing process for a custom-built Raptor 50 .50 BMG upper receiver mounted on an AR-15 lower. It emphasizes safety through remote firing for the first shot due to the powerful caliber and custom nature of the build. The process involves careful assembly, remote ignition, and preparation for significant recoil, as demonstrated by the Civilian Tactical host.

This guide details the assembly of the Raptor 50 BMG upper receiver onto a standard AR-15 lower receiver. The video highlights how the ATF classifies the Raptor 50 upper as a separate firearm due to its bolt-action design, requiring a background check, while the AR-15 lower is also a serialized firearm. This modular approach allows for the creation of a functional .50 BMG rifle using two distinct, legally recognized firearm components.