Delta Stryker HD 5-50x56 SFP

This riflescope has been designed for sports shooters passionate about long-range shooting in the F-Class/Benchrest formula. It works perfectly where extreme precision is required, and single points decide about victory.

There are three reticles to choose from for this riflescope. All are placed in the second focal plane so that the reticle's size does not change as the magnification increases. The basic zoom for measuring the size of the target or for estimating distance is 40x.

Proud users of the Stryker HD 5-50x56 are, among others, Christer Jacobsen, who is a Swedish F-Class 2017 winner, and Adam MacDonald, who has won the following 2018 championships: The DCRA F-Class National Championships in Ottawa, Eastern Canada F-Class (FTR) Championship and Atlantic Championship in New Brunswick.

The click value of Stryker 5-50x56 HD is 0.05 MIL paired with the Miliradian (MIL) based reticles: the DLS-1 & DLS-2. In metric system 1 MIL equals to 100 mm @ 100m. The reticles have been designed to correspond with the click of the scope - 1 click = 0.05 MIL (5mm).

Stryker 5-50x56 HD is also available in 1/8 MOA clicks when paired with a DLS-3 reticle, a simple yet effective MOA-spaced reticle. High-quality ED glass guarantees a bright and sharp image significantly reduces chromatic aberrations, and greatly improves color reproduction. Impressive light transmission paired with a central illuminated point for quick target acquisition ensures excellent optical performance even in low light conditions.

A sleek and robust 34mm diameter tube provides vertical adjustment up to 300cm. Other noteworthy features include precise and durable mechanics and parallax correction from 10m to infinity.

The lockable turrets of Styker 5-50x56 HD have been designed for deliberate hands-on or gloved usage and are equipped with a ZeroLock mechanism that allows the shooter to set a limit for elevation. The shooter will zero the riflescope at their desired shooting distance. The ZeroLock is used to make corrections only in elevation and prevents the user from lowering the point of impact below the user-defined limit.