UTG BugBuster 3-9X32 AO Illuminated Mil-Dot Rifle Scope w/ QD Rings

UTG BugBuster 3-9X32 AO Illuminated Mil-Dot Rifle Scope w/ QD Rings

Magnification: 3 - 9X Tube Diameter: 1 Inch Objective Diameter: 32mm Field of View @ 100 yards: 37.7' - 14' Eye Relief: 4.2" - 3.2" Exit Pupil: 10.6mm - 3.6mm Click Value @100 yards: 1/4" Length: 206mm Weight: 13.9oz Parallax Setting: 3Yds - Infinity Batteries: CR1620 3V

A: 206mm B: 85mm C: 27mm D: 27mm E: 57mm F: 64mm G: 39mm H: 45mm I: N/Amm

UTG BugBuster 3-9X32 AO Illuminated Mil-Dot Rifle Scope w/ QD Rings

TS Platform True strength scope platform using smart spherical structure(SSS) to achieve simplified and strengthened inner/outer tube interaction for most precise and responsive W/E adjustment and toughest recoil resistance. Long Eye Relief Scope Scopes with extended eye relief(Distance between scope eye piece and user's eye) for more comfortable use and flexible mounting of scope in various applications. SWAT Illumination Turns on/off and finely adjusts the reticles brightness intensity to the users preference for both red or green illumination. Ring-lock Target Turrets Windage/elevation target turrets with locking ring to lock zero and zero-resetting function to align marking after zeroing your scope. Front AO Adjustable objective control ring on objective tube for close range to infinity parallax adjustment. Range Estimating Innovatively designed reticle providing reference points for quick range estimation during shooting. Variable Power Magnification of the scope is adjustable. Mounting Accessories Included Picatinny or Dovetail Mount Included with Product. Bug Buster Parallax adjustable all the way from 3 yards close range to hundreds of yards long distance.

UTG BugBuster 3-9X32 AO Illuminated Mil-Dot Rifle Scope w/ QD Rings

RANGE ESTIMATING SCOPE:

Leapers/UTG started introducing mil-dot reticle optics from as early as 2003, pioneering the Range Estimating concept as a useful tool for hunters and shooters around the world. Today, mil-dot reticle is widely accepted and used in this industry. Leveraging our years of experience in this area, we developed and refined the unique Tactical Range Estimating(TRE) mil-dot reticle and offer this feature in almost all of our optics. With some patient learning and practice using our TRE, shooters can enhance accuracy and performance in ways not imagined before.

9 Dot TRE Mil-Dot:

Nine dots are featured spanning each side of the reticle's origin in the left, right, up, and down directions. These provide 18 points of aim across for both windage and elevation. When including the reticle's origin and the inner edges of the reticle's outer duplex a total of 21 points of aim are available.

6 Dot TRE Mil-Dot:

Six dots are featured spanning each side of the reticle's origin in the left, right, up, and down directions. These provide 12 points of aim across for both windage and elevation. When including the reticle's origin and the inner edges of the reticle's outer duplex a total of 15 points of aim are available.

4 DOT TRE Mil-Dot:

Four dots are featured spanning each side of the reticle's origin in the left, right, up, and down directions. These provide 8 points of aim across for both windage and elevation. When including the reticle's origin and the inner edges of the reticle's outer duplex a total of 11 points of aim are available. For 4 DOT TRE Mil-dot scopes with a floating reticle, sans the outer duplex, a total of 9 points of aim are available.

Mil-Dot Range Estimating: Range estimating requires common knowledge/experience about your target's actual width or height. Set your scope at 10X or the proper power, depending on the scope. View the target through the scope. Place the center of the dot against one edge of the target and measure to the opposite edge of the target. Once the target has been measured in mils, depending on the scope model, a formula is available to estimate the distance of the target. Each scope will come with a pre-calculated mil-dot table of most used distance estimates to aid the user. Mil-Dot Range Estimating Example: For example, based on past experiences, the length of a known animal from shoulder to tail is 40 inches (1.016 meters), and we see through a scope at, for example, 9X to find that the animal occupies 9 mils. Therefore, the distance can be derived from using the following formula -

Height or Width of Target in Meters x 1,000   Magnification    x  = Range in Meters (1 M = 1.0936 Yards) Height or Width of Target in Mils   10     Hence, (1.016 x 1,000/9) X (9/10 ) = 101.6 meters (110 yds). Armed with this knowledge, you can compensate for the bullet’s drop accordingly and make “great things happen”!

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