4x32 BROWE Combat Optic (BCO) Crosshair with Full Line Green Reticle

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4x32 BROWE Combat Optic with Full Line Green Center Day/Night illuminated Crosshair

Unique to the industry, the dual illuminated reticle combines our Target Light Sensor Technology with the evolutionary Rechargeable Illumination Technology (RIT) found in our BSO optics.  The Crosshair reticle is illuminated by either a battery powered LED or the battery free, environmentally friendly, and nontoxic RIT illumination.  The RIT is illuminated by simply charging the reticle with any light source.  A brief 15 second charge for a high intensity light will provide hours reticle illumination, ideal for low light situations.  Also, when using the LED battery powered illumination it is charging the RIT for hours of extend battery-free low light illumination. 

The 4x32 BROWE Combat Optic (BCO) featuring state-of-the-art technology that delivers high-quality optical glass, high precision machining, rugged military design, and unique features that put the BCO top of its class.  The BCO offers a modern designed combat optic with many unique features, such as Target Light Sensor Technology that detects and measures the target light passing through the optic and automatically adjust the reticle illumination to the ideal intensity.  A Single Intuitive Control (SIC) that gives the user a simple button, designed to simulate muscle memory and expedite manual operation.  A flash port give access to a field programmable microcontroller and allows the option to customize the BCO firmware, power accessories and attach a pressure pad switch that controls the SIC button at an alternative location on the weapon.  

The BCO aids users in seeing further and targeting faster. The fixed Power Rifle Scopes from the innovators at BROWE feature 4x magnification that allows for high-precision clarity and brilliance. With the choice of four (4) Crosshair reticle patterns, the BROWE 4x32mm Combat Optic Riflescope is easy to zero CQB or long-range shooting. Able to survive the rigors of repeated usage, this rifle scope has been tested under the harshest of conditions. Thanks to a rugged, military design the BROWE 4x32 Combat Optic is the evolutionary answer to high-quality optics.

Specifications for BROWE 4x32 Combat Optic Riflescope:

Objective Lens Diameter: 32 mm
Exit Pupil: 8 mm
Battery Type: CR123A
Battery Quantity: 1
Field of View, Linear: 36.8 ft at 100 yds
Field of View, Angle: 7 degrees
Eye Relief: 37 mm
Weight: 17 oz
Fabric/Material: 7075-T6 Aluminum
Length: 132 mm
Width: 67 mm
Illumination Type: LED & Rechargeable Illumination Technology (RIT)
Manual LED Brightness Settings: 10 day settings and 3 NV settings
Adjustment Type: MOA
Adjustment Click Value: 0.5 MOA
Adjustment Range: 60 MOA
Parallax: Parallax Free at 100m
Lens Material: BK-7 Glass
Optical Coating: Broad Band Anti-Reflective
Light Transmission: 96 %
Attachment/Mount Type: MIL-STD-1913 American Defense AD-170
Battery Life: 2000-775 hours
Operating Temperature: -40 - 55 Celsius
Weather Resistance: Yes
Water Resistance Level: Waterproof
Shockproof: Yes
Fogproof: Yes
Finish: Hard Anodized
Package Type: Polymer hard case
Included Accessories: Battery Cap Retainer, Adjuster Cap Retainer, MIL-STD-1913 QD Mount, Hard Carry Case, CR123A Battery, Operators manual
Magnification Type: Fixed

Target Light Sensor Technology:

The 4x32 BROWE Combat Optic (BCO) has a photocell that measures target light levels and automaticly adjust the reticle illumination to the proper level.  For many years, photo sensors have been used in a variety of optics to detect ambient light.  What make the BCO Target Light Sensor Techology unique is that it measures the target light levels from the optical light path and automatically adjuste the brightness to properly contrast the target light and shields the sensor from ambient light conditions.  With extensive research adn development, it was discovered that mounting the a sensor in the light path behind the objective lens magnifies the incoming light and provides greater sensitivity and accuracy of the target light levels.  Also, avoids sensor errors casused from ambient light that is near the operator.