Mauser 98 Large Ring Undrilled 0 Moa

The Mauser 98 Large Ring Undrilled 0 MOA scope base from EGW is a precision mounting solution engineered for shooters and gunsmiths who demand repeatable accuracy on one of history's most robust bolt-action platforms. This single-piece tactical rail base is designed specifically for large ring Mauser 98 actions and arrives undrilled, allowing for custom hole placement that matches your exact firearm configuration and intended optic setup. Whether you're restoring a milsurp rifle, building a precision hunting platform, or maintaining inventory for a gunsmithing operation, this base delivers the rigid foundation necessary for reliable zero retention and consistent shot placement.

Manufactured to exacting tolerances, the Mauser 98 Large Ring Undrilled base features a Picatinny rail profile that integrates seamlessly with modern optic mounting systems while respecting the geometry of classic Mauser actions. The undrilled configuration eliminates guesswork and allows builders to position holes according to receiver dimensions, action type, and intended sight radius—critical for achieving true 0 MOA baseline alignment. Constructed from hardened steel and finished in a durable black coating, the single-piece design eliminates the flex and tolerance stack-up associated with two-piece systems, ensuring that your optic mounting platform remains rock-solid through recoil cycles and field use.

This base is ideal for competitive shooters, hunters, and military/law enforcement armorers working with large ring Mauser 98 platforms—whether vintage military rifles, commercial hunting models, or semi-custom builds. Installation requires precision drilling to match your action's configuration; most experienced gunsmiths will use this base as a template for hole placement or reference a Mauser 98 action guide to ensure proper alignment. The 0 MOA design means minimal elevation built into the base itself, giving you maximum adjustment range through your scope's internal turrets and allowing for proper cheek weld and sight picture optimization across various optic magnifications and reticle types.