Videos tagged with Defiance Ruckus

This episode features Eric Stecker and Taylor Niles from Defiance Machine and McMillan Stocks discussing the intricacies of precision rifle actions. They delve into the engineering, manufacturing processes, and design philosophies behind Defiance actions, highlighting features that contribute to accuracy and reliability. The conversation covers specific models like the Deviant and Ruckus, the pros and cons of different bolt throws, and the material science behind steel versus titanium actions, offering insights for builders and shooters seeking high-performance components.

This video provides an expert-level guide to building a custom 6.5 PRC rifle, featuring a Defiance Ruckus action and Proof Research barrel. The host, demonstrating high authority, walks through the DIY assembly process, including barrel installation, headspace gauging, and component selection, culminating in range testing. The build highlights premium components like the MDT HNT26 chassis, TriggerTech Diamond trigger, and Vortex Razor Gen II scope, offering valuable insights for advanced builders.

This video showcases the assembly and operation of a high-end custom precision rifle, featuring a Woox Superleggera stock, Defiance Ruckus action, and Proof Research barrel in 6.5 PRC. Presented in an ASMR style by Jaeger Z999, the content highlights the meticulous craftsmanship and smooth operation of premium firearm components during loading and live fire. The demonstration emphasizes recoil management and accuracy through ZeroTech optics.

This video showcases the assembly and live-fire performance of a high-end precision rifle, the Woox Furiosa Ultra, built with premium components like the Defiance Ruckus action and Accu-Tac bipod. Expert handling and the use of advanced ballistics technology, including a Garmin Xero C1 Pro chronograph, demonstrate a high level of shooter expertise. The build highlights the integration of aeronautical aluminum and walnut wood in the hybrid chassis.

This video explains the function and selection of scope bases (rails) for bolt-action rifles, focusing on MOA (Minute of Angle) cant. It differentiates between integrated and one-piece mounts, discussing their impact on scope ring placement and weight. The instructor advises that 20 MOA is generally sufficient for most short-action calibers and hunting scenarios, while higher MOA bases might be needed for extreme long-range shooting. Maintaining a low optic height relative to the barrel is emphasized for shooting accuracy.