The Barska AC12449 IR Blackhawk Rifle Scope has been designed to provide pin-point accuracy and rugged durability that you can depend on. Whether at the range or on the hunt, this Blackhawk Rifle Scope puts your shots on the target with its precision optics. An illuminated red/green Mil-Dot Reticle can be adjusted to 5 different levels of brightness, which allows the user to fine-tune the reticle for optimal performance in any lighting situation. Fully Multi-Coated Optics and a built-in Sniper Edge sunshade help reduce glare and increase light transmission, resulting in an extremely clear image. Learn More
If you are looking for a scope that is specially designed for .223 caliber firearms, you should check out the Barska AC11390 Point Black Riflescope. This scope has a unique elevation turret that accounts for the bullet drop of the .223 bullet with different weights: 50, 55, or 62 grains. The turret has a multi-grain Bullet Drop Compensation chart (B.D.C) engraved on it, so you can easily adjust the elevation for your bullet weight and range. The Point Black Riflescope is compatible with various types of rifles that use the .223 bullet, such as varmint rifles, bolt action rifles, semiautomatic rifles, AR-15 / M-16 rifles, Mini-14, and ranch rifles. The Barska AC11390 comes with a glass-etched 3G Illuminated Reticle and has a variable magnification of 4-16x. Learn More
If you want to have maximum control over your shooting performance, you should check out the Barska AC10778 IR Tactical Riflescope. This scope has a fast focus eyeball and side parallax adjustments, which make it easy to use. This scope is built to last, with a 1-inch single-tube design that can handle high recoil from large calibers. The Barska AC10778 rifle scope also has an Illuminated Mil-Dot Reticle, which is located in the first focal plane. This means that the reticle will change its size along with the magnification, giving you more precision and versatility. The reticle also has red and green illumination options, which help you see better in different lighting conditions. Learn More