The Riton Optics Tactical Rings (Model: XRC3010T23) are designed to securely mount your scope onto a variety of firearms. Crafted with a durable matte finish, these rings feature a 30mm main tube diameter and a 10mm ring height, ensuring compatibility with a wide range of optics. These rings are constructed to provide a stable and precise fit, reducing movement during shooting and maintaining zero for accurate target acquisition. They are lightweight, weighing approximately 4.8 ounces, making them a practical addition to your tactical setup without adding unnecessary bulk.
The Tactical Ring Set is compatible with both Picatinny and Weaver rails, offering versatile mounting options. They are easy to install and designed for quick attachment and removal, making field adjustments simple and efficient. The rings do not include an illuminated reticle or adjustable objective, focusing on sturdy, reliable mounting performance. Whether for hunting, target shooting, or tactical applications, these rings provide a dependable platform for your optics, ensuring consistent performance in demanding situations.
Constructed by Riton Optics, a reputable manufacturer known for quality and precision, these rings are built to withstand harsh environments and rigorous use. Their compact design and robust construction make them suitable for professional shooters and enthusiasts seeking a secure, high-quality mounting solution for their optics. Upgrade your firearm setup with the Riton Optics Tactical Rings for enhanced stability and accuracy during every shot.
Features:
- Main tube size: 30mm for compatibility with most scopes
- Ring height: 10mm for optimal scope positioning
- Finish: Matte for reduced glare and corrosion resistance
- Fits Picatinny and Weaver rails for versatile mounting options
- Lightweight design at approximately 4.8 ounces for easy handling
- Durable construction for reliable performance in demanding environments
- Quick and secure installation for easy scope mounting and removal
- Designed by Riton Optics for quality and precision
