Low-Tech Rangefinding

This video explains how to estimate target distance using a mil-based reticle in a rifle scope. It details the standard formula: Distance = (Target Size * Constant) / Measured Mils, and provides alternative constants for converting between inches, yards, centimeters, and meters. The instruction emphasizes the importance of knowing target size and accurate mil measurements for effective long-range shooting.

This video explains the utility of mil markings on optics for range estimation, going beyond simple shoulder-width stadia. It highlights that relying solely on average human dimensions can lead to inaccuracies, and understanding mil formulas provides a more precise method for determining distance, especially at longer ranges.

This YouTube video focuses on a comparison between Minute of Angle (MOA) and Mil-radians (MIL) for long-range shooting. The title, "MOA Sucks! MOA vs. MIL #longrangeshooting," clearly indicates a critical examination and comparison of these two popular measurement systems used in precision shooting. The video aims to educate viewers on the differences and potential drawbacks of MOA, suggesting it may be inferior for certain long-range applications compared to MIL.

This guide details setting up a rifle for long-range shooting, focusing on proper scope mounting, zeroing at 100 yards, and utilizing tools like chronographs and ballistic solvers for accurate shots at distance. Expert instruction covers essential techniques like bore sighting, cold bore shots, and precise ranging, emphasizing the importance of each step for hitting targets at 500 yards.

This video provides an in-depth guide to precision long-range shooting, covering rifle selection, optics, ammunition, ballistics calculations, and essential gear. The speaker, with two years of experience and training from top professionals, emphasizes the importance of understanding environmental factors and utilizing ballistic calculators for accurate engagement. The content is geared towards intermediate shooters looking to improve their long-range capabilities.

This review critically examines the Elcan Specter DR 1x/4x optic, highlighting its unique prism-based dual magnification system and BDC reticle. The analysis, presented with high authority by Hop, details significant drawbacks including a small eyebox, poor eye relief, and NV compatibility issues, ultimately questioning its value proposition despite excellent glass quality. The review suggests alternatives like an ACOG with an RMR for users seeking better ergonomics and functionality.

This review by Hop critically examines the practicality of bullpup rifles, comparing the KelTec RDB 17 and Desert Tech MDRX. The analysis highlights significant drawbacks in accessory mounting, positional shooting, and malfunction clearance compared to traditional platforms like the AR-15. The speaker, an experienced firearms reviewer, suggests bullpups remain niche due to cost and the availability of comparable compact options.

This guide provides an expert comparison of holographic and red dot sights, focusing on EOTech and its alternatives like the Vortex UH-1 Huey Gen II, Sig Sauer Romeo 8T, Leupold LCO, and Holosun HS510C. It details key performance metrics including night vision capability, parallax, reticle design, battery life, weight, and potential drawbacks, drawing on the analytical and critical assessment of firearms instructor Hop. The information is valuable for shooters seeking to understand the trade-offs between different optic technologies for various applications.

This entry details the Infiray Jerry-31, a budget-friendly Chinese-made binocular night vision device. It highlights cost-saving measures like NNVT Gen 2+ tubes and smaller lenses, while acknowledging its value for depth perception compared to high-end monoculars. The review, presented by an expert in tactical gear, covers features, performance limitations, and market positioning.