Holosun AEMS EVO Enclosed Red Dot Sight with Gold Multi-Reticle and Shake Awake Technology

MEDIUM GOLD MULTI RETICLE

The Holosun AEMS EVO enclosed red dot sight combines durability and precision in a sleek black matte finish. Designed with a lightweight profile weighing approximately 5.56 ounces, this sight is built on a rugged 7075 aluminum housing, ensuring resilience in demanding environments. Its versatile Picatinny/Weaver mounting system allows for easy installation on a wide range of firearms, making it suitable for tactical, hunting, and competitive shooting applications. The sight features a highly visible 2 MOA dot or a 65 MOA circle dot reticle, providing quick target acquisition and improved accuracy in various lighting conditions. The bright reticle is powered by a single CR2032 battery, offering extended operational life, while the innovative Shake Awake technology conserves battery power by automatically activating the illumination when movement is detected. The Gold Multi-Reticle feature offers multiple reticle options for adaptable shooting scenarios, enhancing user flexibility. With its enclosed design, the AEMS EVO protects the lens from dirt, dust, and impacts, ensuring consistent performance in rugged environments. This optic is ideal for shooters seeking a durable, reliable, and feature-rich sight that enhances their shooting precision and response time.

Features:

• Color: Black Matte finish for reduced glare and tactical appearance

• Mounting: Compatible with Picatinny and Weaver rails for versatile installation

• Reticle Type: Choice of 2 MOA dot or 65 MOA circle dot for quick target acquisition

• Power Source: Powered by a single CR2032 battery for long-lasting operation

• Dot Size: 2 MOA for precise aiming and quick target engagement

• Optic Footprint: Designed for Picatinny mounting systems

• Other Features: Gold Multi-Reticle for adaptable reticle options, 7075 aluminum construction for durability, Shake Awake technology for battery conservation

• Design: Enclosed housing protects the lens from environmental elements, ensuring consistent clarity and performance