The Warne 214LM Maxima rings deliver precision mounting for 30mm scopes with quick-detach functionality that maintains zero shot after shot. These medium-height rings feature Warne's Maxima steel construction and return-to-zero capability that competitive shooters and hunters demand.
What Makes This Different
The Maxima design incorporates four cap screws per ring instead of the typical two, distributing clamping force evenly around the scope tube to prevent damage and maintain consistent point of impact. The quick-detach levers lock with 65 pounds of clamping force while allowing tool-free removal and reinstallation. Unlike standard rings that may shift under recoil, the 214LM maintains zero tolerance fit through precision CNC machining.
Key Features
- Quick-detach levers with 65 lbs clamping force for secure mounting
- Four cap screws per ring distribute pressure evenly on 30mm tubes
- Medium height (0.900" center-to-rail) clears most objective lenses
- 0 MOA cant for flat shooting at standard ranges
- Matte black finish reduces glare and resists corrosion
- Steel construction handles heavy recoiling calibers reliably
- Fits standard Picatinny and Weaver rails
Field testing shows these rings maintain point of impact within 0.25 MOA after repeated removal and reinstallation cycles. The medium height accommodates objective lenses up to 50mm on most rifle configurations while maintaining proper eye relief. Weather sealing keeps moisture out of the mounting interface during extended hunts or competition events.
Technical Specs
- Ring diameter: 30mm
- Height: Medium (0.900" center of ring to rail)
- Material: Steel with matte black finish
- Cant: 0 MOA (no built-in angle)
- Mount type: Quick-detach with lever operation
- Rail compatibility: Picatinny and Weaver
- Cap screws: Four per ring (8 total)
- Country of origin: USA
The 214LM rings represent proven engineering for shooters who need reliable scope mounting without compromise. The quick-detach feature adds versatility while the Maxima construction ensures long-term accuracy retention that cheaper alternatives cannot match.