The Warne V413M Vapor scope rings deliver precision mounting for 30mm optics with their low-profile design and zero MOA cant. These rings combine aircraft-grade aluminum construction with Warne's proven mounting system to ensure consistent zero retention across thousands of rounds.
What Makes This Different
The Vapor series features Warne's proprietary clamping system that distributes stress evenly around the scope tube, preventing damage to delicate optics. Unlike standard rings that rely on basic compression, the V413M uses precision-machined surfaces and controlled torque specifications to achieve optimal clamping force. The matte black finish resists wear and eliminates glare that could compromise shooting positions.
Key Features
- 30mm tube diameter with low height profile for proper cheek weld
- Aircraft-grade 7075-T6 aluminum construction for maximum durability
- Zero MOA cant ensures level scope mounting
- Matte black hard-anodized finish resists corrosion and scratches
- Precision-machined clamping surfaces prevent scope tube damage
- Compatible with Picatinny and Weaver rail systems
- Torque specifications marked for consistent installation
Field performance depends on proper installation and quality components. The V413M rings maintain zero through temperature changes and recoil stress, making them suitable for hunting rifles, precision shooting platforms, and tactical applications. The low height positions scopes close to the bore axis, reducing holdover calculations at extended ranges while maintaining comfortable eye relief.
Technical Specs
- Ring diameter: 30mm
- Height: Low profile
- Material: 7075-T6 aluminum alloy
- Finish: Matte black hard anodized
- Cant: 0 MOA (level mount)
- Rail compatibility: Picatinny/Weaver
- Torque specification: Marked on product
- Country of origin: USA
The V413M represents proven engineering focused on the fundamentals that matter most: secure mounting, consistent performance, and long-term reliability. Quality scope rings form the critical link between rifle and optic, making this investment essential for maintaining accuracy standards.