Nightforce UltraLite Ring Set 34mm Medium/High/X-High (6-Screw)
The Nightforce UltraLite 34mm ring set in 6-screw configuration represents the ultimate in lightweight precision mounting for 34mm-tube scopes. Six-screw design ensures maximum security and zero movement under any conceivable recoil condition, making these rings the choice of shooters who demand absolute rock-solid reliability. Crafted from 7075-T6 hard anodized aluminum with titanium crossbolts and jaws, the 6-screw UltraLites maintain exceptional strength while weighing one-third of comparable steel rings. Available in Medium, High, and X-High heights, these rings handle the tallest scope packages while remaining ideally lightweight for precision rifles.
Key Features
- Precision-machined 7075-T6 hard anodized aluminum construction
- Titanium crossbolts and jaws for superior strength and corrosion resistance
- 34mm tube compatible for maximum adjustment capability
- 6-screw configuration for maximum security and zero shift guarantee
- One-third the weight of comparable steel rings
- Available in Medium (1.0"), High (1.125"), and X-High (1.375") heights
- Exceptional strength well beyond normal mounting requirements
- Fully compatible with Picatinny/STANAG rails and 34mm scope tubes
- Maintains legendary Nightforce reliability and thermal stability
- Ideal for shooters who demand maximum security with lightweight performance
Specifications
- Tube Diameter: 34mm
- Available Heights: Medium (1.0"), High (1.125"), X-High (1.375")
- Screw Configuration: 6-screw (maximum security design)
- Material: 7075-T6 hard anodized aluminum with titanium crossbolts and jaws
- Weight: Approximately 1/3 of comparable steel ring weight
- Surface Finish: Hard anodized black
- Compatibility: Picatinny/STANAG 2324 rails, 34mm scope tubes
- Tightening Torque: 25 in-lb for cap screws
- Security Rating: Holds under any conceivable recoil condition
Extreme Store Maximum Security: The 6-screw UltraLite 34mm ring set is the choice of elite shooters from Extreme Outer Limits who demand absolute zero shift and maximum durability.
