Christensen Arms 1-Piece Scope Base Std Remington 700 Action Short Zero Black

The Christensen Arms 1-Piece Scope Base Std Remington 700 Action Short Zero Black is purpose-built for precision rifle builds and professional marksmen who demand a solid, repeatable optic mounting platform. This one-piece design eliminates the traditional two-ring system, reducing potential shift and maximizing accessibility to the receiver. Tactical operators, competition shooters, and hunters who rely on Remington 700 short-action platforms—from military M40A1 derivatives to modern precision builds—depend on bases that deliver zero-shift performance and consistent point-of-aim across multiple deployment cycles.

Christensen Arms engineered this base as a unified rail platform that clamps directly to the Remington 700 short-action receiver, eliminating the mechanical loose-fit inherent in separated ring systems. The one-piece construction distributes clamping force evenly across the receiver interface, substantially reducing POI (point-of-impact) shift caused by thermal cycling or barrel vibration. The matte black hard-coat anodize finish resists corrosion in field environments and suppresses reflection during low-light operations. Machined from precision aluminum, the base weighs only 0.21 lbs, maintaining the weight budget critical for long-range field rifles.

This base is purpose-fitted for Remington 700 short-action receivers and integrates seamlessly with standard tactical and hunting optics. Installation is straightforward: the base clamps directly to factory receiver drilled-and-tapped holes, requiring no modifications or additional bedding work. Law enforcement precision rifles, military designated marksman systems, and commercial long-range platforms all benefit from the rigidity and reliability this Christensen Arms base provides. The zero-shift design ensures that once sighted in, your optic platform remains stable through extended field use, recoil cycles, and environmental stress—a non-negotiable requirement for duty and competition applications.