Safariland B-Square 1-Inch Sport Utility Rings – See-Through, High Rise, Matte Black

Overview

The Safariland B-Square 1-Inch Sport Utility Rings deliver a practical mounting solution for 3/8-inch dovetail bases, a common fit on many .22 rimfire rifles. The see-through design keeps your optic visible while you navigate terrain, shoot at the range, or move through brush, helping you maintain alignment without sacrificing sight lines.

Key features

• See-through scope ring
• 1" X 3/8" dovetail
• High rise for ample clearance
• 22 caliber compatibility
• Wraparound design for a secure hold
• Lightweight with affordable strength
• Maximum scope retention and twice the clamping area
• Matte black anodized finish

Durability and build

Crafted in lightweight aluminum, these rings feature a four-screw top cap that clamps the scope firmly in place. A robust steel cross bolt adds reliability against heavier recoil, while the wraparound style distributes clamping force for a steadier mount. The anodized matte black finish resists glare and wear, helping your setup stay low-profile in bright environments.

Real-world use and benefits

For shooters, the combination of a low-profile, see-through design and solid retention translates to steadier tracking and quicker target reacquisition. The rings’ high rise provides extra clearance for larger eyecups, magnified optics, or mounting on rifles with tall scopes, all without introducing bulk.

• See-through visibility remains intact while the rifle is shouldered and moved.
• Stable retention minimizes scope movement during rapid shots or longer strings of fire.
• Simple, repeatable installation with a clear, straightforward mounting process.
• Clean, professional look thanks to the matte black finish that matches most rifles.

In short, this pairing of thoughtful design and rugged construction offers a dependable mounting option for shooters who value visibility, stability, and a straightforward setup. It can be a sensible choice for enthusiasts building a reliable rimfire platform without unnecessary complexity.