The Konus 7418 Steel Rings deliver reliable scope mounting for rifles with 3/8" grooved receivers. These high-profile rings accommodate 30mm scope tubes while maintaining zero MOA cant for precision shooting applications.
What Makes This Different
Constructed from hardened steel rather than aluminum alloy, these rings withstand heavy recoil from magnum calibers without shifting or cracking. The high profile design provides adequate clearance for larger objective lenses up to 56mm diameter. Each ring features precision-machined surfaces that distribute clamping force evenly across the scope tube, preventing damage to expensive optics.
Key Features
- Hardened steel construction handles recoil from .300 Win Mag and similar cartridges
- 30mm tube diameter fits most modern tactical and hunting scopes
- High profile accommodates objective lenses up to 56mm diameter
- 3/8" grooved receiver mount fits CZ 452/455, Anschutz, and similar rifles
- 0 MOA cant maintains level scope alignment for accurate shooting
- Matte black finish reduces glare and resists corrosion
- Precision-machined contact surfaces prevent scope tube damage
These rings excel in hunting scenarios where reliable zero retention matters most. The steel construction maintains consistent point of impact through temperature changes and repeated mounting cycles. Competition shooters appreciate the precise machining that eliminates scope cant issues. The high profile works particularly well with variable power scopes featuring large objective lenses common on long-range hunting rifles.
Technical Specs
- Ring diameter: 30mm
- Mount type: 3/8" grooved receiver (11mm dovetail)
- Profile height: High
- Material: Hardened steel
- Finish: Matte black
- Cant: 0 MOA
- Compatible with CZ 452/455, Anschutz, and similar grooved receivers
- Maximum objective lens clearance: 56mm diameter
The Konus 7418 rings provide the durability and precision required for serious shooting applications. Steel construction at this price point offers exceptional value compared to premium mounting systems costing twice as much.