Nightforce 34mm UltraMount Scope Mount – 1.93″ – FDE

Description

Engineered for demanding tactical applications, the Nightforce 34mm UltraMount Scope Mount in Flat Dark Earth delivers unmatched strength and precision for your 34mm riflescope. Originally developed to meet the rigorous standards of USSOCOM programs, this one-piece mount combines advanced materials with a robust design to ensure reliable performance on both bolt-action and gas-operated rifles.

Key Features

• Precision height of 1.93 inches – Provides optimal clearance for accessories like night vision, thermals, and laser illuminators while maintaining a comfortable cheek weld.
• Multi-material construction – Features 7075 aluminum, titanium components, and stainless steel hardware for exceptional rigidity, reduced weight, and superior durability under recoil.
• Enhanced mounting interface – Includes additional recoil lugs and robust cross bolts designed for secure Picatinny rail attachment and easy torque application with a flat-head tool.
• FDE finish – Low-visibility Flat Dark Earth coating matches modern tactical setups and resists corrosion.

Specifications

• Scope tube diameter: 34mm
• Height: 1.93 inches
• Weight: 6.1 ounces
• Material: Aluminum, titanium, and steel
• Finish: Flat Dark Earth (FDE)
• Design: One-piece UltraMount for repeatable zero retention

Benefits for Tactical Shooters

This mount addresses common pain points like optic shift under heavy use and excessive weight on precision rifles. Its rigid construction minimizes flex, ensuring consistent accuracy shot after shot. The elevated 1.93″ profile supports modern setups with backup sights or clip-on devices without compromising ergonomics. Laser-etched torque values and robust hardware simplify installation while maximizing hold on the rail.

Ideal for competitive shooters, law enforcement, and serious enthusiasts seeking a premium, military-inspired mounting solution that performs reliably in any condition.

Upgrade your optic setup with the Nightforce UltraMount and experience the difference in stability and precision.