Leupold 179702 Mark 5HD Matte Black 2-10x30mm 35mm Tube TMR Reticle

Introducing the Leupold 179702: The Mark 5HD 2-10x30mm. This particular model is a modern-day reflection of our military's proud tradition. Taking inspiration from the scopes used on MK12 SPR rifles, we have evolved the design into something that goes beyond the capabilities of most tactical carbines. Above its elevation turret, you'll find a three-turn dial with 30 MILs of adjustment in 0.1 MIL increments, completed with our patented ZeroLock to ensure your settings stay put, even under the rough and tumble conditions of active use. Despite the Mark 5HD 2-10x30mm's sturdy, nearly indestructible construction, it remains lightweight and highly accurate. Its first focal plane reticle, 2-10 magnification range, and side focus make it equally adept at close-quarters combat and long-distance threat detection.

Key features include a 5:1 Zoom Ratio, Professional-Grade Optical System, First Focal Plane, Custom Dial Compatibility, and Lightweight Aluminum Housing. The dial is equipped with Zero Lock and Zero Stop for precision and accuracy. The Mark 5HD also has a Side Focus, Removeable Throw Lever, and Adjustments for Parallax Side Focus. It also has an Elevation Adjustment Type M5C3 with Locking Dial and a Set Screw for Rezero Type. The reticle is a type First Focal Plane TMR. With a weight of just 24 ounces and an Objective Lens Diameter of 30mm, this compact package delivers a high level of functionality. Moreover, it is Fogproof, Waterproof, and Shockproof for unmatched durability in different settings. Essential details include Elevation Adjustment Per Revolution of 10.5 MIL and Magnification Max of 10. Windage Adjustment Per Revolution is 10 MIL. Specifically designed to ensure clarity of vision, it includes Linear FOV Low Mag of 52.9ft@100yds and Linear FOV High Mag of 10.5ft@100yds. Eye Relief ranges from 3.6 inches at low mag to 3.7 inches at high mag. The minimum parallax-free distance is 40 yards. The Mark 5HD 2-10x30mm offers unmatched functionality and robustness in a lightweight package.