0
0

Talley 2-Piece Rings & Base Combo 1in Medium

UPC: 876430002385

$43.99

10 in stock

Online inventory may differ from in-store availability. 

Fast Shipping

Quick turnaround so you get your gear sooner.

Secure FFL-Friendly Checkout

Trusted checkout with industry-standard protection.

Family-Owned Business

Keeping Traditions Alive Since 1953

Secure Transactions provided with

Description

The Talley 2-piece rings and base combo provides a rigid, lightweight mounting platform for Savage round receiver actions. This medium-height set is sized for 1 inch scope tubes and features a matte black finish. Components are fully CNC machined from aircraft-grade alloy for precise tolerances and out-of-the-box alignment. The design emphasizes durability and low weight for use in precision rifle setups and general scoped applications.

Key Specifications

  • The configuration is a 2-piece rings and base combo for a secure mounting platform.
  • Compatible fit: Savage round receiver.
  • Ring diameter and height: 1 inch (medium).
  • The finish is Matte Black.
  • Material: Lightweight aircraft-grade alloy.
  • Manufacturing: Fully CNC machined to tight tolerances.
  • Mounting hardware uses 8-40 screws.
  • Design purpose: Scope mounting for precision rifle setups.
  • Requires no lapping and is ready for installation out of the box: pre-aligned.

This Talley rings and base combo combines precise machining, low weight, and a dependable interface for Savage round receivers. Its medium 1in rings and matte finish deliver a clean, functional solution for shooters who prioritize a stable optical platform without excess mass. Built from aircraft-grade alloy and produced with CNC accuracy, the set provides a reliable foundation for scoped rifles in field and target use.

Additional information

UPC

876430002385

Manufacturer

Manufacturer Part Number

940719

Color

Black

Model

Product Type

Ring

Shipping Weight

0.22

Reviews

There are no reviews yet.

Be the first to review “Talley 2-Piece Rings & Base Combo 1in Medium”