The Burris Optics Xtreme Tactical rings are engineered specifically for tactical shooters seeking precision and versatility. Designed for 34mm scopes, these rings provide a secure mounting solution with minimal weight, ensuring reliable performance during demanding operations. Crafted in a sleek black finish, they complement a variety of tactical setups and enhance overall durability. The set includes multiple inserts with different MOA adjustments, allowing users to fine-tune their scope mount for optimal sight alignment and ballistic compensation. These inserts include one set of the ±0 MOA concentric rings, one set each of the ±5 MOA and ±10 MOA rings, and two sets of the ±20 MOA rings, offering a comprehensive range of cant options. With these options, shooters can achieve 0, 5, 10, 15, 20, 25, 30, or 40 MOA of cant in the scope mount, enabling precise target engagement at various distances and angles. The Burris Xtreme Tactical rings are constructed for rugged use, ensuring a secure fit under recoil and harsh conditions. Whether for tactical operations or precision shooting, these rings are a reliable choice for maintaining zero and adjusting for ballistic trajectories effectively. The design incorporates high-quality materials and manufacturing standards, making them a long-lasting addition to your firearm setup. Easy to install and compatible with a range of scopes and mounts, these rings are an essential component for shooters demanding accuracy and durability in their gear.
Features:
- Designed for 34mm scopes with 1.50-inch height for optimal positioning
- Includes multiple MOA insert sets: ±0, ±5, ±10, and ±20 MOA for versatile cant adjustments
- Allows for 0, 5, 10, 15, 20, 25, 30, or 40 MOA of cant in scope mount
- Constructed from durable materials for rugged tactical use
- Sleek black finish complements tactical firearm setups
- Secure mounting solution with high holding power and reduced weight
- Easy to install and compatible with various scope configurations
- Designed by Burris Optics for precision and reliability
