Champion ReStick Targets 100 yd. Small Bore Rifle 16" X 15.75"

The Champion ReStick Targets 100 yd. Small Bore Rifle 16" X 15.75" is purpose-built for rifle shooters who demand efficiency and repeatability at the range. Designed specifically for small-bore rifle applications at 100-yard distances, these targets simplify the feedback loop between shot groups and analytical review. Law enforcement and military marksmanship instructors rely on high-visibility, durable targets that facilitate rapid course corrections without replacing paper after every magazine dump. The peel-and-stick adhesive pad construction eliminates the need for tape, staples, or backer boards—critical time-savers during high-volume training cycles.

These 16" × 15.75" targets feature Champion's ReStick technology, which allows shooters to peel away fired targets and reapply marked-up paper directly back onto the adhesive pad for post-session analysis. The clean, high-contrast aiming points remain visible downrange at 100 yards, even in variable light conditions. The pad's writable surface accepts ballpoint and marker notes, enabling shooters to document wind calls, elevation adjustments, ammunition lots, or performance metrics without separate data sheets. Weighing just 0.89 lbs per pad, the targets remain portable across portable frames, steel stands, or frame systems while maintaining zero dimensional creep during rapid fire.

Small-bore precision rifle competitors, tactical rifle students, and range safety officers benefit most from the Champion ReStick format during load development, zero verification, and group analysis phases. Military and law enforcement marksmanship programs use these targets to accelerate feedback cycles during squad-level qualification. The 100-yard specification aligns with precision rifle disciplines and duty rifle qualification standards. Simply peel the target from the pad, fire your group, annotate, and restick for side-by-side comparison of multiple strings—eliminating manual target retrieval and accelerating range throughput without sacrificing analytical rigor.