The 3-9x42 IR 2nd Generation Sniper Scope by Barska is a versatile tactical scope which will perform excellent in a variety of targeting situations. A built-in sniper edged sun-shade is set back in the housing, which allows the sun shade to reduce glare for use in bright sun. Multi-coated optics give the 3-9x42 Sniper Scope a sharp, bright image with excellent contrast. An illuminated red and green mil-dot reticle greatly enhances targeting in low-light situations with 5 levels of brightness, allowing the 3-9x42 Barska Sniper Scope to excell in any condition. Learn More
The Barska AC11672 2nd Generation Sniper Scope is a riflescope for long distance targeting situations with a powerful zoom magnification that goes from 6 to 24x. its multi-coated optics give it sharp image even at extreme distances. The Barska AC11672 features an illuminated red/green Mil-Dot reticle that makes possible targeting in low-light conditions; you can also adjust the brightness of its reticle. It comes with a side adjustable parallax and sniper edge sun shade. Learn More
The Barska AC12390 AR6 Tactical IR Rifle Scope has been developed to provide a solid short to mid-range tactical scope that allows for quick target acquisition. This scopes versatility is further enhanced by the addition of a red and green illuminated Mil-Dot reticle, which provides targeting visibility in low-light conditions. The AC12390 AR6 Tactical Rifle Scope comes equipped with a 30mm cantilever scope mount and flip-up scope caps. Learn More
Give your rifle a huge boost in accuracy with the Barska AC13026 Level HD Rifle Scope. This rifle scope features fully multicoated optics and external locking turrets for adjustment to windage and elevation. Its First Focal Plane (FFP) Illuminated HRS MOA Reticle, can be swiched to red or green with its external rheostat. The AC13026 is purged with argon gas to prevent internal fogging and is coated with phase three hard anodizing. Its body is from Solid T6 Aircraft-Grade Aluminum which protects the internal optics from shock and impact Learn More