![]() In dry practice, the floating red donut leads your attention when the weapon is scanned in rapid sequence then the next thing you notice is the ranged reticle beneath it. Once zeroed at this range, you do not need to make any further adjustments between shots at different ranges. ![]() The reticle is gauged so that the scope is zeroed at 100 yards with the top most reticle being the point of aim. The adjustment recesses are clearly marked with arrows for the direction that they must be moved to effect a change downrange in the same direction. This requires you to use 3 clicks to move the bullet one inch on your final target. Trijicon states that the adjustment process varies slightly from other scopes and that adjustments are made in increments of 1/3 inch per click at 100 yards. I noticed too, that the mount includes a clear channel to utilize the original iron sights should you need a point of reference in zeroing in the ACOG. There is a second threaded hole on the bottom of the mount should you desire to permanently mount the scope or just want some additional security or rigidity. TA53) for a swift release from the carry handle. They even offer an optional thumb screw (part no. The scope utilizes the standard mounting hole centered on the carry handle or most AR-15s, so drilling holes in your weapon is not required. The mounting screws (1/32 x 1/2-inch allen buttonhead screws) are supplied, as is an Allen wrench. I mounted the ACOG on a regular AR-15 for testing and evaluation. This gives the riflescope its ability to work day or night, since the majority of enemy operatives seldom work a 9-5-work day. This is a commonly used radioactive material for nighttime illumination. The ACOG also contains tritium or Hydrogen-3, as it is also known. It is designed to be self sufficient and reliable under all conditions and in any environment. There are no batteries, moving parts, switches or solar cells with this product. The idea behind the use of the fiber optic system was to provide the best possible illuminated riflescope without unwanted complexity or reliability problems. This is a normal reaction designed to give you an uninterrupted view of your target. As you slow the movement of your weapon, your brain will instantly choose the greater detail of the clearer magnified sight picture. ![]() Your eyes will compensate for each other automatically as the weapon is moved, choosing the non-blurry magnified image routinely over the blurry image. You will see a sharp contrast with which to make your final sight picture. The ACOG 4x32BAC is enabled by the fiber optic system and so is always illuminated no matter what lighting conditions may be present. It sounds complicated, but it usually occurs within split seconds for complete target acquisition. Your brain then reacts and switches to the magnified view for your final exact telescopic picture. Your M16 should then be in proper alignment with the target. You will see the fiber-optic-illuminated reticle as you position your scope into the target area. Upon receiving a target, you raise your weapon and point it in the general direction of the target. The neon red reticle functions in the daytime hours, then adds a sharp contrast for transition to low light conditions. You must keep both eyes open all the time. The BAC principle is simple, it is the automatic reaction of the human eye it occurs instinctively. The BAC discovery was made after an exhaustive search to combine the speed of an Armson OEG and similar red dot collimator sights together with the precision accuracy of a conventional telescopic riflescope. This glowing reticle illuminated by the fiber optic system enhances the overall speed and accuracy with which the human eye tracks and configures the reticle. This is achieved by employing two-eye open aiming and a magnifying optical system together with a glowing reticle. The Bindon Aiming Concept (or BAC) is unusual in that it allows close quarters transitional aiming with traditional long distance marksmanship. It has survived drop tests from heights of 2 meters onto concrete and steel surfaces. This is the same process Eugene Stoner used in designing the M16 rifle. The scope housing for the ACOG is forged, not cast, from 7075-T6 aircraft aluminum alloy, and then hard anodized according to military specifications. Trijicon has been the specified manufacturer for Special Operations tritium night sights and specialty scopes for quite some time. Every available piece Trijicon manufactured was being sent to the Middle East for Special Operations use. “I had to wait approximately six months to get a test unit ACOG to evaluate.
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