Talley Lightweight Alloy Scope Mounts - Black Anodized 1" - Medium Kimber Model 84M Current Production (8-40)

The Talley Lightweight Alloy Scope Mounts in Black Anodized 1" Medium for Kimber Model 84M Current Production represent the gold standard for precision rifle optics mounting in the tactical and hunting communities. Designed specifically for the Kimber 84M platform, these mounts deliver the repeatability and durability demanded by shooters who require zero shift under demanding field conditions. Whether deployed for precision long-range shooting, law enforcement operations, or competitive marksmanship, lightweight scope mounts are essential infrastructure—they bridge your optic and firearm with zero tolerance for movement or play.

Talley Mounting Systems engineered these rings using aircraft-grade aluminum construction, anodized in tactical black for corrosion resistance and low-light stealth. The 1" tube diameter accommodates standard mid-range optics, while the medium height profile positions your scope optimally above the receiver for natural cheek weld and proper sight radius. At just 0.2 lbs, these mounts minimize added weight without compromising rigidity—a critical factor in portable tactical rifles and lightweight hunting builds. Precision machining and matched ring geometry eliminate torque-induced cant, ensuring your point of aim remains stable shot after shot.

Operators, long-range precision shooters, and hunters relying on the Kimber Model 84M platform will find these mounts purpose-built for their firearm's integral 8-40 scope base threads. The medium height is ideal for shooters running standard or compact optics without introducing excessive mechanical offset. Installation is straightforward on current production Kimber 84M rifles; cross-compatibility with earlier generations should be verified with your specific receiver. For shooters who demand uncompromising accuracy and reliability, Talley's reputation for zero-retention and solid engineering makes this the mount choice for precision applications.