Aluminum 3D Target

Easton’s XX75 platform has grounded target lines for decades, and this specific 2016 configuration tailored for 3D courses stays true to that utilitarian heritage. Built around a proven 20/64-inch diameter shaft with a sixteen-thousandths wall thickness, it pairs time-tested aluminum tolerances with a stout 125-grain field point and four-inch low-profile feathers. It primarily serves compound and traditional shooters who prize arrow-to-arrow weight uniformity and dependable flight dynamics over hyper-speed.

On the range, the moderate shaft mass gives archers a stable, predictable arc on unmarked 3D courses. The four-inch feather fletching stabilizes the heavy point quickly right out of the bow, forgiving slight finger-release errors and clearing traditional arrow shelves without disruptive kickout. Because aluminum draws significantly less friction heat in high-density foam than raw carbon, these shafts pull easily from dense 3D targets during long multi-station rounds without requiring arrow pullers or lube.

Longevity follows traditional aluminum tradeoffs. The alloy will bend rather than fracture invisibly upon striking hard obstacles, meaning a straightness check on a spinner is mandatory after errant impacts or hard deflections. Against modern micro-diameter carbon alternatives, this setup sheds velocity faster over distance and drifts more in crosswinds. Yet for archers seeking an accessible, easily tuned workhorse for local competitions and backyard foam, it offers reliable execution without an inflated price tag.