The SIG SAUER Juliet 5 Micro-Magnifier (Model SOJ5M001) is a high-performance optic accessory designed to improve target acquisition and precision shooting. Featuring a 5X magnification, this micro-magnifier provides clear and detailed views for professional shooters and enthusiasts alike. Its compact design and black finish make it an excellent addition to your rifle setup, ensuring durability and seamless integration with your existing optics system. The Juliet 5 Micro-Magnifier is built for quick and secure attachment, thanks to its convenient push-button mount and included spacers, allowing for customizable positioning to suit your shooting style and preferences. With a 24mm objective lens, it offers a bright and crisp image, essential for accurate targeting in various lighting conditions. The device does not include an illuminated reticle or adjustable objective, making it straightforward and reliable for tactical and sporting applications. Crafted by SIG SAUER, renowned for precision and quality, this optic ensures consistent performance in demanding environments, making it an ideal choice for law enforcement, military, and recreational shooters. Whether upgrading your current sight system or building a new setup, the Juliet 5 Micro-Magnifier enhances your shooting accuracy with its robust construction and easy-to-use features. This accessory is lightweight, weighing only 1.1 pounds, and is designed to withstand rigorous use, providing excellent value and performance for serious shooters seeking reliable magnification support. The SIG SAUER Juliet 5 Micro-Magnifier is a versatile and durable optic accessory that elevates your firearm's capabilities, ensuring you stay focused and precise during every shot.
Features:
- Push-Button Mount: Enables quick and secure attachment to your firearm
- Includes Spacers: Allows for customizable positioning and optimal eye relief
- Optic Magnification: 5X for detailed target viewing
- Objective Size: 24mm provides bright and clear images
- Durable Black Finish: Ensures longevity and resistance to harsh conditions
