A must-have for those who understand that their shooting performance is influenced by multiple factors: the precision of your firearm, the quality of your scope, and yourself, ensuring that the SCOPE'S CROSSHAIRS ARE PERFECTLY LEVEL AND NOT INCLINED!

The Wheeler Engineering® Professional Reticle Leveling System (PRLS) is an unparalleled tool that ensures precise mounting of scopes on all firearms. With CNC machining, factory-calibrated adjustment screws, anodized aluminum construction, and a protective molded housing, the PRLS sets a new standard for precision and reliability.

The system consists of two machined aluminum level housings, calibrated to their integrated levels. One level is attached to the firearm's barrel, while the other is placed on the scope's base or another flat surface perpendicular to the firearm's vertical axis. By rotating the firearm, the reference level is adjusted until it is perfectly aligned.

The Wheeler PRLS is the ultimate tool for precision scope alignment and is indispensable for firearm servicing, precision shooting, and long-range shooting enthusiasts. With a focus on firearm technology and shooting accessories, Wheeler Engineering leads the industry in high-quality shooting products.

When the reticle in the scope is slightly tilted, even a small inclination can have a significant effect on the point of impact on the firearm, especially at long distances. Even a "marginal" tilt results in deviation from the desired point of impact and results in a miss of the target.

The impact is particularly evident when using a tactical reticle and using different reticle points in a tactical reticle to compensate for the point of impact at different distances; a tilted reticle will inevitably result in the point of impact being shifted laterally and the target being missed.

To ensure accuracy and precision, it is crucial that the reticle in the scope is correctly mounted and perfectly level. Control and adjustment of the reticle, along with the use of correct shooting techniques and distance estimations, are essential to maintain precision at long distances.