Calculated Kinetics DOGTAG Optic Plate for Kimber 2K11 and DS Warrior to RMR, KIM2K11-RMRDT

Calculated Kinetics DOGTAG Optic Plate System, For Kimber 2k11 and Warrior, Fits RMR Footprint, Anodized Finish, Black KIM2K11-RMRDT

The Calculated Kinetics DOGTAG Optic Plate is designed to mount compatible Trijicon RMR-pattern red dot sights to Kimber 2K11 and DS Warrior pistols. Part number KIM2K11-RMRDT provides a purpose-built mounting solution for users who want to add a compact reflex optic while addressing the carbon buildup commonly associated with a top-mounted Loaded Chamber Indicator (LCI). The plate is finished in black for a clean, factory-style appearance and durable service use.
The DOGTAG Optic Plate System uses an integrated design intended to help reduce carbon deposits reaching the optic lens. Depending on the firearm, ammunition, and specific installation, users may see carbon reduction of 50 percent or more compared with conventional optic plates. This helps support a clearer sight picture and reduces the frequency of lens cleaning during range sessions or defensive practice.
Installation should be completed according to the firearm and optic manufacturer’s instructions, with proper attention to screw selection, torque specifications, and compatibility. The Calculated Kinetics DOGTAG optic plate is a practical upgrade for Kimber owners seeking improved optic performance, reliable mounting, and a low-profile black finish. Verify your pistol configuration and RMR footprint before ordering.

Features:

• Compatibility: Designed for Kimber 2K11 and DS Warrior pistols with an RMR-pattern optic footprint

• Carbon Reduction: Helps reduce carbon buildup on the optic lens caused by a top-mounted Loaded Chamber Indicator

• Optic Support: Provides a secure mounting interface for compatible compact red dot sights

• Construction: Durable black finish for a clean appearance and dependable service use

• Installation: Follow manufacturer torque specifications and verify firearm and optic compatibility before installation