Warne HyperLite Tikka 30mm Medium Rings Matte

Description

The Warne HyperLite 30mm Medium scope rings provide a lightweight, durable mounting option for Tikka dovetail actions. Constructed from Warne’s proprietary MagnaFusion alloy, these rings are engineered to reduce mass while maintaining a rigid mounting platform. They feature precision CNC machining, a Cerakote matte finish, and an integrated recoil lug with dual-screw clamps for secure retention under recoil. The HyperLite rings are intended for shooters who want a low-weight, high-strength solution for mounting a 30mm optic tube on compatible Tikka receivers.

Key Specifications

• The tube diameter is 30mm for compatibility with 30mm optic tubes.
• The mount type is dovetail, designed to fit Tikka dovetail receiver grooves.
• The material is MagnaFusion, Warne’s proprietary alloy used to reduce weight.
• The height is listed as Medium for standard clearance on most setups.
• The finish is Matte with a Cerakote surface treatment for corrosion resistance.
• The fit is specified as Tikka to allow direct mounting to Tikka receivers without a base.
• The product color is Black.
• The model name is HyperLite Rings.
• Features include an integrated recoil lug and dual-screw clamps to help maintain zero under recoil, listed as integrated recoil lug & dual-screw clamps.
• Compatibility notes indicate compatibility with Picatinny and Weaver-style bases in addition to direct dovetail mounting, listed as Picatinny/Weaver compatible where applicable.

Lightweight without sacrificing rigidity, the Warne HyperLite 30mm Medium rings are a practical choice for shooters who prioritize reduced weight and reliable optic retention. Their MagnaFusion construction and Cerakote finish deliver a durable mounting platform suited to field use, while the medium height and Tikka-specific fit simplify installation for compatible rifles. Whether setting up a hunting rifle or optimizing a precision build, these rings provide a straightforward, high-quality interface between optic and receiver.