Browe’s Combat Optic
Browe’s Combat Optic isn’t an ACOG. I just figured I’d cover that right out of the gate. Browe, Inc., was founded in 2009 by Brian K. Browe, former director of operations of Trijicon. Mr. Browe has more than 15 years experience in manufacturing combat and tactical optics, with extensive experience in all aspects of the business. The company was founded with the idea of building the ultimate tactical combat optic.
Two years of extensive research and development resulted in the 4-x-32 Browe Combat Optic (BCO). This is a state-of-the-art tactical riflescope that combines high-quality optical glass with precision machining, all packaged into a military-rugged titanium housing. The mechanical design was benchmarked from the current fielded sighting systems use by the U.S. military. The unit features Schott glass—the finest quality optical glass available—precision ground and broadband anti-reflective coated for excellent light-gathering capabilities. The BCO reticle is etched into the mirror prism and can be custom designed to match any requirement. The exterior finish is a matte BioBlack anodize exclusively designed for titanium.
During the product development Browe, Inc., quickly realized the importance of having the ability add accessories to tactical optics and responded with a multitude of design improvements. For starters, the objective face was designed straight. This shortened the overall length by 18 mm, which conserves valuable rail space. The main housing includes a machined 30 mm eyepiece for an ocular dust cover and the objective housing is threaded to accept anti-reflection and dust cover devices. The BCO is also compatible with currently fielded InSight (night vision) and FLIR (thermal) devices. In addition, a 42 mm ring was machined into the objective bell housing for mounting or securing additional accessories. Mid-optic mounting bosses were added to the center of the optic for mounting accessories, such as the L3 Insight MRDS or a mini-red-dot sight. This location moves the mini sight forward on the optic and away from the operator’s helmet and helmet gear.
The Target Light Sensor Technology feature detects and measures the target light transmission through the optic and automatically adjusts the reticle illumination to the ideal intensity. This is a major advantage over the current fielded systems that rely on either ambient light or strictly manual illumination controls—no more riggers tape blocking light in bright conditions or using a single illumination setting in a dynamic light environment. Target Light Sensor Technology addresses lighting issues and instantaneously adjusts the reticle illumination to the appropriate target light, no matter what the ambient lighting conditions.
www.Browe-Inc.com
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