Iota Outdoors Venatic Carbon RF010A122214C18 6.5 PRC 22" Rifle

The Iota Outdoors Venatic Carbon RF010A122214C18 6.5 PRC rifle represents a modern precision platform built for long-range hunters and tactical marksmen who demand sub-MOA accuracy at extended distances. This 6.5 Precision Rifle Cartridge chambering bridges the gap between intermediate and magnum performance, offering flatter trajectories and superior wind deflection resistance compared to traditional .308 Winchester systems. Purpose-built for hunters pursuing elk, moose, and similar game at 300+ yards, this rifle also serves law enforcement precision teams and competitive long-range shooters operating in demanding field conditions.

The RF010A122214C18 features a carbon fiber construction that significantly reduces overall weight to 12.04 lbs without sacrificing rigidity—a critical advantage when hunting steep terrain or maintaining extended surveillance. The 22-inch barrel strikes an optimal balance between velocity, handling, and portability; 6.5 PRC cartridges achieve approximately 2,950 fps muzzle velocity from this length, delivering 2,400+ foot-pounds of energy at 500 yards. Horizon Firearms' design incorporates a precision-engineered bolt-action mechanism, modern ergonomics, and a picatinny rail system for mounting tactical optics and accessories, making field adjustments and accessory integration straightforward for professional users.

This rifle excels for hunters who value portability in backcountry applications, military and law enforcement precision shooters, and long-range competition participants who need inherent accuracy without excessive weight. The 6.5 PRC cartridge enjoys widespread ammunition availability and proven factory load development, ensuring consistent performance in the field. Shooters should pair this system with quality glass (4–16x or 6–24x magnification recommended for 300–1,000-yard engagement), quality ammunition loaded to published specifications, and proper maintenance protocols to maximize the platform's inherent accuracy potential.