The Trijicon RMRcc AS LED 6.5 MOA Red Dot Sight is a compact and lightweight optic designed for micro pattern pistols, offering quick target acquisition and reliable performance. With an overall length of approximately 1.8 inches and weighing just 1 ounce with the battery, this sight is built for easy handling and minimal bulk during concealed carry or tactical operations. Its sleek black finish enhances durability and ensures resistance to harsh environments, making it suitable for a variety of shooting conditions.
The RMRcc features a 6.5 MOA illuminated red dot LED reticle, providing clear visibility in different lighting scenarios. It offers 8 brightness settings to adapt to varying ambient light conditions, ensuring optimal sight picture at all times. The sight is powered by a single CR2032 lithium battery, which provides long-lasting illumination and easy replacement. Designed for quick adjustments, the optic includes 1-inch MOA adjustments with a fixed objective, allowing precise zeroing without the need for additional tools.
Constructed by Trijicon, the RMRcc is engineered for reliability and precision, making it a trusted choice among law enforcement, competition shooters, and firearm enthusiasts. Its compact form factor, combined with high-quality optics and illumination features, enhances accuracy and speed during critical moments. Whether mounted on a micro pistol for everyday carry or used in tactical scenarios, this sight delivers consistent performance and quick target acquisition, making it a valuable addition to your firearm setup.
Features:
- Designed for micro pattern pistols, providing a compact and lightweight profile
- Uses one CR2032 lithium battery for reliable power and easy replacement
- Eight adjustable brightness settings for optimal visibility in various lighting conditions
- 6.5 MOA red dot LED reticle for quick target acquisition
- 1x magnification ensures a clear sight picture without parallax
- 1-inch MOA adjustments for precise zeroing
- Black finish enhances durability and resistance to environmental factors
