Rearden Argos 30Mm 1.74" Black

The Rearden Argos 30mm scope rings deliver precision mounting for mid-range optics without the guesswork. These 1.74-inch-height rings are built for shooters and hunters who demand solid scope repeatability without complicated setup or premium pricing. Whether you're mounting a quality 30mm tube on a hunting rifle, competition gun, or long-range build, the Argos rings keep your glass stable and your zero intact across seasons and conditions.

Rearden engineered the Argos line around a straightforward idea: function first, complexity never. The anodized finish resists corrosion and wear in field conditions—rain, dust, temperature swings—without the surface degradation that can lead to scope creep or ring slippage. The 1.74-inch stack height is a practical middle ground, clearing most receiver profiles and standard turrets while staying low enough for conventional cheek welds on most hunting and tactical platforms.

These rings assume you know what you're doing and want hardware that won't let you down. No exotic materials or marketing noise—just proven geometry, solid clamping force, and a black anodized finish that blends into any build aesthetic.

Key Features

• 30mm tube diameter mounting
• 1.74-inch stack height for balanced clearance and cheek weld
• Anodized finish for corrosion resistance in field use
• Designed for reliable scope retention and zero repeatability

Specifications

Frequently Asked Questions

What scope tube diameter do these rings fit?

The Rearden Argos rings are designed for 30mm scope tubes, the standard on most modern hunting and tactical optics.

Will these rings fit my rifle setup?

The 1.74-inch height is a mid-range stack that clears most receiver profiles and rifle geometries. Verify clearance with your specific receiver and scope turret configuration before purchase.

What's the anodized finish for?

Anodizing provides a protective layer that resists oxidation, corrosion, and wear from handling, moisture, and temperature changes—important for maintaining ring integrity and scope security over time in the field.