Weaver Standard Top Mount Aluminum Scope Base - Black - #413 - Savage 110

The Weaver Standard Top Mount Aluminum Scope Base for Savage 110 (#413) is a precision-machined mounting platform engineered for rifles that demand rock-solid optical zero retention. Built to Weaver's cross-lock design specifications, this aluminum base accommodates a wide variety of ring systems while maintaining the dimensional consistency required for repeatable accuracy across extended shooting sessions and field deployments.

Manufactured to tight tolerances, the base delivers the mechanical consistency that separates precision equipment from consumer-grade components. Aluminum construction provides sufficient rigidity for bolt-action rifles while remaining light enough that it does not introduce unnecessary mass to the barrel assembly. The Weaver cross-lock design allows shooters to use standard Weaver-pattern rings from multiple manufacturers, eliminating vendor lock-in and simplifying accessory sourcing in the field. Proper installation on Savage 110 platforms ensures that recoil forces distribute evenly across the mounting surface, reducing the risk of POI shift over the rifle's service life.

This base is purpose-built for shooters who prioritize repeatable zero retention—whether on the range, during precision rifle courses, or in tactical rifle applications where optical system stability directly impacts mission success. Savage 110 bolt-action rifles are widely used across civilian long-range shooting, law enforcement designated marksman platforms, and hunting operations; this base supports all of those use cases. The compact footprint (3.3 x 0.45 x 8.3 inches) integrates seamlessly without extending beyond the receiver profile, preserving sight-in geometry and compatibility with standard scope rings.

Weaver bases remain an industry standard in the precision rifle community due to their proven track record across decades of real-world use. This Savage 110-specific variant maintains that reputation by delivering the mechanical precision required for consistent ballistic performance.