Talley 948749 Scope Mount Ring Combo 1" Kimber 84M Medium 0 MOA

The Talley 948749 scope mount and ring combo delivers precision mounting for Kimber 84M rifles with 1-inch tube scopes. This integrated system eliminates the alignment issues common with separate bases and rings while maintaining zero through repeated scope removals.

What Makes This Different

Unlike traditional two-piece mounting systems, this one-piece design machines the rings directly into the base for perfect alignment. The integrated construction reduces stress points and provides superior rigidity compared to separate components. Each mount undergoes precision CNC machining to ensure consistent 0 MOA cant across the entire production run.

Key Features

• One-piece CNC machined construction eliminates ring-to-base misalignment
• Black anodized 6061-T6 aluminum construction resists corrosion and wear
• Medium height rings accommodate most standard objective lens sizes
• 0 MOA cant specification ensures level scope mounting
• Kimber 84M specific bolt pattern for precise receiver fit
• 1-inch tube diameter accommodates popular hunting scope sizes
• Torx screws provide secure, repeatable installation

Field performance remains consistent across temperature extremes and heavy recoil. The aluminum construction maintains zero through hunting season temperature swings while the anodized finish resists scratches from brush and rough handling. Hunters report maintained accuracy after scope removal and reinstallation for travel or maintenance.

Technical Specs

• Material: 6061-T6 aluminum with Type III anodizing
• Tube diameter: 1 inch
• Ring height: Medium
• Cant: 0 MOA
• Rifle compatibility: Kimber Model 84M
• Finish: Matte black anodized
• Weight: Approximately 3.2 ounces
• Fasteners: Torx head screws included
• Manufactured in USA

This mount system addresses the critical need for repeatable accuracy in hunting rifles where scope removal may be necessary. The precision manufacturing and integrated design justify the investment for shooters demanding consistent performance.