EZ-Aim 15333 Sight-In Grid Target 12x12 Paper Shooting Targets

The EZ-Aim 15333 Sight-In Grid provides precision shooters with professional-grade paper targets designed for accurate scope zeroing and rifle sighting. Each 12-inch square target features high-contrast grid lines that enable precise point-of-impact measurement and consistent shooting groups.

What Makes This Different

Unlike basic bullseye targets, the EZ-Aim grid system incorporates measured reference lines that allow shooters to calculate exact bullet placement and adjust scope settings with mathematical precision. The heavy-weight paper construction resists tearing from bullet impact better than standard targets. Grid measurements provide instant feedback on group size and point-of-impact shift without requiring additional measuring tools.

Key Features

• 12-inch x 12-inch target size accommodates various shooting distances and calibers
• High-contrast black grid lines on white background for clear visibility through scopes
• Heavy-duty paper stock withstands multiple hits without excessive damage
• Measured grid system enables precise scope adjustment calculations
• Pack of 13 targets provides extended range sessions
• Compatible with all rifle calibers from .22 to magnum cartridges
• Works effectively at distances from 25 to 200 yards

The grid pattern proves particularly valuable during load development and precision rifle work where consistent measurement matters. Competition shooters rely on these targets for establishing zero at multiple distances, while hunters use them to verify scope settings before season. The paper quality maintains integrity even with high-velocity impacts, allowing multiple shots per target without complete destruction.

Technical Specs

• Target dimensions: 12 inches x 12 inches
• Quantity: 13 targets per package
• Paper weight: Heavy-duty shooting target stock
• Grid pattern: High-contrast black on white background
• Manufacturer: EZ-Aim
• Model number: 15333
• UPC: 026509048138

Serious shooters choose EZ-Aim targets because consistent accuracy demands reliable measurement tools. The mathematical precision of the grid system eliminates guesswork from scope adjustments and load development work.