Hi-Lux XTC Gen 2 Service Rifle Scope 1-4x34mm
Hi-Lux XTC Gen 2 Service Rifle Scope 1-4x34mm, Hi-Lux XTC Gen 2 Service Rifle Scope 1-4x34mm Gen 2 Scopes are now equipped with stainless steel internals for an improved quality of clicks and durability! The Hi-Lux XTC14X34 scope was specifically designed for CMP and NRA High Power Across the Course Competition Featuring a 34mm objective lens for optimal light transmission, the XTC14X34 scope also incorporates adjustable parallax from 15 yards to infinity This is especially important as the stages for Across The Course matches are set at distances of 200, 300, and 600 yards where incorrect parallax adjustment can cause errant shot placement Additionally, fine 1/4 MOA click elevation and windage turrets allow for precise adjustment The XTC14X34 is built on top of our CMR platform and is loaded with advanced design features that truly put it in a class all of its own While the lenses of all Hi-Lux scopes feature fully multi-coated air surfaces for optimum light transmission, clarity, and sharp target image, Hi-Lux has gone all out to use High-Density Extra-Low Dispersion lenses in the XTC14X34 Hi-Lux knows the importance of quickly identifying your target and seeing it clearly, especially during the middle of a close heat Specifications Magnification: 1-4X Objective Lens Diameter: 34mm Eye Relief: 3 5 Field of View: 95 - 26 2 ft @ 100 yards Tube Size: 30mm Length: 10 2 Weight: 22 oz ACROSS THE COURSE (XTC) The Hi-Lux XTC14X34 is a purpose-built rifle scope for CMP and NRA High Power Across the Course Competition Based on the 2016 CMP rule change regarding optics, the XTC14X34 scope has the maximum 34mm objective lens, allowing for more light to pass through the optic and a more forgiving eye box MOA Cross Reticle The center cross on the reticle measures 5 MOA by 5 MOA The inside diameter of the horseshoe measures 9 MOA The outside diameter of the horseshoe measures 11 MOA The tick marks on both the vertical and horizontal axes indicate multiples of 5 MOA This reticle is true at 4X