Videos tagged with MOA Adjustments

This video provides an in-depth look at Athlon Optics' extensive new scope lineup for SHOT Show 2026, featuring over 50 new models across various lines like Neos HMR, Midas HMR Gen2, and Aries HL. The presentation highlights improvements in manufacturing, reticle design, illumination, and turret systems, catering to diverse shooting applications from hunting to varmint control. Expert insights are provided by Athlon Optics representative Judd Smith.

This content addresses the common sentiment that LPVOs 'suck' by highlighting their versatility. The AT3 Tactical Red Eagle LPVO is showcased, demonstrating its features like locking turrets with 1/2 MOA adjustments and the functionality of its throw lever for magnification changes. The video emphasizes the benefit of 1x magnification for close engagements and the ability to increase magnification for precision at longer ranges, countering the notion that LPVOs are inherently flawed.

This video, featuring Harold Cabunoc and Johnny Garcia, President of the PPRA, explores the capabilities of a high-precision air rifle. It highlights the extreme accuracy required for competitions, with targets as small as 0.79 inches, and demonstrates the rifle's impressive 500-600 meter effective range. The discussion also covers the importance of rifle balance for stable shooting.

This guide, presented by a Mossberg representative, details how to effectively sight in your rifle based on hunting terrain. For open country (100-300 yards), a 100-yard zero with a 1-inch high impact is recommended. For timber (50-80 yards), a 50 or 100-yard zero is ideal. Matching your rifle's zero to the expected shot distances ensures accuracy.

This guide details the operation of an AT3 Tactical LPVO, focusing on its tactile locking turrets and smooth magnification adjustment. It covers how to set and maintain zero using 1/2 MOA clicks and effectively transition between magnification settings with the integrated throw lever. The demonstration emphasizes reticle clarity and target acquisition through the optic.

This video explains the benefits of a 36-yard zero for the AR-15, highlighting its ability to keep impacts tightly stacked from 25 to 250 yards, making it ideal for competition and unknown distance shooting. It details the process of achieving this zero, including bore sighting, initial group firing, MOA calculations at 36 yards, and refining the zero. The discussion also touches on how ammunition and barrel length can affect zero, recommending the Applied Ballistics app for precise calculations.

This video focuses on the Vortex Razor HD Gen II 3-18x50mm rifle scope. Key details include its specific reticle (EBR-7C), adjustment type (MOA) and click value (0.25 MOA), and its W/E travel at 100 yards (34 MOA). The description also provides product codes (VX-RS-RHDGII3-RZR-31804, RZR-31804, UPC: 843829101479) and mentions an affiliate link discount code (704tac for 5% off) for Optics Planet. The content appears to be a product review or demonstration of this particular optic.

This video demonstrates the effectiveness of a CZ 455 rifle in .22LR caliber for 200-meter shooting, hitting a steel plate target. It also features a rigorous durability test on a Discovery 4-14x44 SFIR FFP scope, which successfully maintained its zero after being subjected to significant physical impact. The host highlights the importance of safety and backstop identification in a private shooting area.

This review provides an expert look at the pre-production Vortex Diamondback Tactical 4-12x40 scope, featuring insights from James Reeves and retired U.S. Army Ranger sniper Sgt. Jacque B. The scope offers exposed, 1/4 MOA turrets with a zero-reset feature and revolution markers. It utilizes a Second Focal Plane (SFP) design with the VMR-1 MOA reticle, delivering impressive accuracy for its price point.

This video, featuring ballistician Bryan Litz, defines long-range shooting as any distance requiring significant rifle zero adjustments for gravity and wind. It distinguishes Extended Long-Range (ELR) by the bullet's approach to transonic speeds (around Mach 1), where aerodynamic effects become more complex and challenging to predict. The definition of 'long-range' is relative to the caliber, with a .22 rimfire requiring corrections at 150 yards, while larger calibers may consider 1000 yards a 'chip shot'.

This guide details long-range shooting techniques demonstrated by Nutnfancy using a DPMS LR-308. It covers target ranging, applying ballistic dope for accurate engagement at various distances, and adjusting for environmental factors like crosswinds. The instruction emphasizes practical application and learning from shooting experiences, including equipment limitations.

This video demonstrates the 'box drill' to test rifle scope tracking accuracy. Ryan Cleckner explains how external turret adjustments should correspond to internal reticle movement. By firing shots in a box pattern, shooters can verify their scope's tracking performance and identify potential zeroing issues, ensuring consistent point-of-impact for precision shooting.