The Holosun Technologies Ronin AEMS-MAX-GR is a premium enclosed micro red dot sight designed for rapid target acquisition and maximum field of view. Featuring the largest objective lens of any Holosun optic, it offers an expansive view that enhances shooting accuracy and situational awareness. The unit is finished in stealthy black on black markings and is engraved with the iconic Ronin dragon logo, emphasizing its premium craftsmanship and aesthetic appeal. Equipped with a green LED reticle, this sight includes a 2 MOA dot combined with a 32 MOA ring, providing versatile targeting options for various shooting scenarios. The Multi-Reticle System (MRS) allows users to switch between reticle configurations seamlessly, adapting to different environments and preferences. Solar Failsafe technology ensures reliable operation by automatically adjusting brightness based on ambient light, while Shake Awake technology conserves battery life by activating the reticle only when movement is detected. Its robust construction and compact size make it suitable for a wide range of tactical and sporting applications, delivering quick target acquisition without sacrificing durability or precision. Designed by Holosun Technologies, the Ronin AEMS-MAX-GR combines innovative features with a sleek, tactical design to meet the demands of modern shooters. Whether mounted on a rifle or carbine, this sight provides a reliable, high-performance aiming solution that enhances shooting confidence and accuracy in various lighting conditions.
Features:
- Largest objective lens in Holosun micro sights for maximum field of view
- Green LED with 2 MOA dot and 32 MOA ring for versatile targeting
- Multi-Reticle System (MRS) for easy reticle switching
- Solar Failsafe technology for automatic brightness adjustment
- Shake Awake technology to conserve battery life
- Durable black on black finish with Ronin dragon logo engraving
- Compact, enclosed design suitable for tactical and sporting use
- Rugged construction built for reliable performance in demanding environments
