NEW!!! Enclosed RMR Osight! 3K round test

This review of the Olight Osight XR highlights its innovative design as a full-size closed emitter optic. Key features include a unique collapsible rear iron sight, multiple reticle options (2/6 MOA dot, 32 MOA circle, and combinations), and a common RMR footprint for broad compatibility. The optic is constructed from durable 7075-T6 aluminum, boasts significant battery life, and utilizes a convenient magnetic charging system.

Shortshot Tony provides an in-depth look at the new Osight XR, an enclosed RMR footprint optic. He highlights its unique pop-up backup sights, innovative magnetic charging system, and versatile reticle options (2/6 MOA dot, 32 MOA circle). Tony also notes the shake-awake feature and large window, deeming it the first Osight optic he would consider for concealed carry after durability testing.

The OSight XR is an affordable, enclosed emitter micro reflex sight featuring a rechargeable battery, motion activation, and multiple reticle options (2/6 MOA dot, 32 MOA circle). It utilizes an RMR footprint and includes a unique magnetic charging cover. The review highlights its durability against elements, ease of use, and value compared to higher-priced competitors, with integrated backup sights as a notable feature.

This review introduces the OSight XR, an enclosed red dot sight designed for ruggedness and carry. It features an RMR footprint, multiple reticle options (2 MOA dot, 6 MOA dot, 32 MOA circle), and a unique magnetic USB-C rechargeable hood for extended battery life. The optic passed a 5,000-round reliability test and includes a comprehensive screw kit for mounting versatility. Graham Baates, with extensive experience with OSight products, highlights its compact design and built-in rear sights.

This review of the Olight Osight C green dot optic highlights its multi-reticle capability (3 MOA dot, 32 MOA circle) and RMR footprint. The speaker, Shortshot Tony, notes the green reticle's superior crispness compared to older red versions. Performance testing at 30 yards showed no parallax issues, and a shoulder-height drop test confirmed its durability and ability to hold zero. The review concludes with a positive assessment and a sponsorship mention for the Sonoran Desert Institute.

This review of the Osight C pistol optic highlights its strong value proposition, fitting within a $150-$180 price range and utilizing the popular RMR footprint. The optic offers versatile reticle options (3 MOA dot, 32 MOA circle, or combo) and features a durable 7075 aluminum housing with a low deck height. Its side-loading battery tray, 8 daytime/2 NV brightness settings, and 3-foot impact resistance make it a practical choice for many firearm applications.

This video explains the importance of proper red dot sight zeroing for firearms. It highlights the common mistake of zeroing at 5 yards, which leads to inaccurate shots at longer distances due to the sight's height over bore. A 15-yard zero for 9mm handguns is recommended for a flatter trajectory, hitting the point of aim at 15 yards and often again at 50 yards.

The Kel-Tec P50 is a unique firearm chambered in 5.7x28mm, notable for its extremely lightweight design and surprisingly low recoil, even with a 20-round capacity. Despite a long trigger pull, its performance, with a 40-grain projectile at 1600 fps, offers comparable stopping power to .380 ACP with less felt recoil. The P50 utilizes an unusual top-loading stripper clip mechanism.

This video emphasizes aiming for the pelvis in defensive scenarios, explaining its structural importance for immobilizing a threat. It highlights this technique as effective against body armor and taller opponents. The content features a 2011-style pistol with a red dot optic and discusses tactical target selection with a humorous, direct approach.

This video clarifies the true purpose of co-witnessing red dot sights with iron sights. It emphasizes that they should operate independently, with the red dot's position within the optic window not affecting the point of impact due to parallax-free design. Co-witnessing is primarily for backup when the electronic sight fails, not for simultaneous aiming.