How You're Using Your Reticle Wrong

Why Reticles Confuse Shooters

Many shooters look through an optic and are unsure where to actually aim, especially when confronted with circles, multiple dots, or complex “Christmas tree” patterns. The video introduces the idea that every optic, whether a red dot, holographic sight, first focal plane scope, second focal plane scope, or fixed magnified optic, uses a reticle that must be understood to be effective. The host admits initially treating the reticle as just a single dot and ignoring the rest of the pattern. This sets up the discussion on how different elements of a reticle provide aiming points, distance references, and other information that go far beyond simply placing the center dot on the target.

EOTech EXPS Reticle Holds and Height Over Bore

Using the EOTech EXPS2-2 holographic sight as an example, the video explains its 68 MOA outer circle and multiple aiming points. The outer circle is a large, obvious reference for close quarters and can be used on rifles or shotguns when fast shots are needed. Inside the circle is a primary dot for 50- and 200-yard holds with a 5.56 rifle, and a secondary dot below it for 500-yard shots. The bottom of the 68 MOA circle is used as the aiming point at about 7 yards. This is tied to mechanical offset, or height over bore, illustrated with a SCAR 16 equipped with an EXPS3. Because the optic sits significantly above the barrel, point of aim and point of impact diverge at very close distances, requiring higher holds using the lower part of the reticle.

Simple Red Dot Holds and Trajectory

The discussion moves to a basic red dot, specifically an Aimpoint T2 mounted on a 300 Blackout CMMG Banshee-style platform. This optic uses a simple 2 MOA dot with no additional stadia or reference marks. The key is understanding where the dot is zeroed, such as 25 yards, and then compensating for offset at closer distances by aiming slightly higher. Beyond the zero distance, shooters must understand the trajectory of their specific cartridge, whether 300 Blackout or 5.56, because point of impact will change even between 25 and 30 yards, and more so at 50 or 200 yards. Without built-in holds or windage references, success with a plain red dot depends on knowing the rifle’s ballistics and how the chosen zero translates across different ranges.

EOTech Vudu LPVO and Basic Range Estimation

Next, the video covers a second focal plane EOTech Vudu 1–8x LPVO. Its illuminated center dot sits at the intersection of the crosshairs and is typically zeroed at 100 yards for 5.56. Below the center are four vertical hash marks that serve as holds for 200, 300, 400, and 500 yards. Within about 25 yards, shooters still need to account for height over bore by aiming slightly higher, even with this magnified optic. Horizontal stadia lines are described as tools for estimating the shoulder width of a man-sized target, helping approximate range when a laser rangefinder is not available. The host emphasizes learning to judge distance visually, using familiar references like a football field, and practicing range estimation so the reticle can be used effectively for longer shots.

Fixed-Power ACOG Horseshoe Reticle in 7.62

The video then examines a fixed-power Trijicon ACOG configured for 7.62x51 / .308. This model uses a horseshoe reticle with an illuminated ring around a center aiming point, followed by a series of vertical marks labeled or implied for distances such as 400, 500, 600, 800, 1000, and beyond. The reticle is calibrated for the 7.62 / .308 trajectory, allowing holds out to extended ranges. As the bullet drop compensation marks progress downward, the horizontal stadia lines narrow, reflecting how a man-sized target appears smaller at distance. These stadia can be used to bracket a target’s shoulders to estimate range, then apply the appropriate hold. The ACOG is presented as a robust combat optic where the reticle’s layout is designed around engaging human targets without relying on electronic rangefinding tools.

5.56 ACOG Chevron Reticle and BAC Concept

A 5.56 ACOG with a chevron reticle similar to issued military optics is discussed next. The chevron provides a precise aiming tip with bullet drop marks beneath it, while another variant uses a horseshoe that is easier to pick up for close engagements. The Bindon Aiming Concept (BAC) is explained as a method for using a magnified ACOG in close quarters by keeping both eyes open. One eye sees the magnified reticle, the other sees the wider, unmagnified scene, and the brain overlays the reticle onto the target. This allows tasks like shooting a doorknob or quickly engaging targets at short range without getting trapped in tunnel vision. With training, the shooter can clear rooms and transition between close and distant targets using the same fixed-power optic and its calibrated reticle.