Videos tagged with BDC Turret

This video explains the technical solution provided by ballistic apps for calculating single-shot solutions, highlighting their superiority over traditional Bullet Drop Compensator (BDC) turrets. It emphasizes that while BDC turrets offer speed and simplicity for common hunting distances (500-600 yards), ballistic apps provide more advanced calculations for better accuracy. However, the presenter cautions against trying to manually integrate scope and rifle MOA with ballistic apps in the field, as it can be time-consuming and lead to missed opportunities.

This episode delves into the evolution of long-range shooting data management, differentiating between DOPE cards and drop charts. It emphasizes the superiority of calculated drop charts, especially when 'true' with real-world data, and highlights the advancements from early ballistic solvers to modern smart rangefinders and integrated rifle systems. The discussion underscores the importance of understanding ballistic principles for accurate long-range engagement, advocating for systems that simplify the shooter's workflow while maintaining precision.

This video provides a quick field method to re-zero a Ballistic Drop Compensating (BDC) turret when atmospheric conditions or ammunition lot variations cause a deviation from the original ballistic calculations. The technique involves adjusting the turret to achieve point of aim/point of impact at a key hunting distance and then physically re-aligning the turret's indicator to that distance, ensuring reliable holdovers for the hunt.

The Revic Acura RS25i is a long-range hunting scope designed for fast-paced conditions, balancing size, cost, and optical quality. It features a first focal plane RH2 reticle, a next-generation BDC turret with toolless zeroing and a quick-change ballistic data ring, and an adjustable magnification lever. The scope utilizes fully multi-coated Japanese HD glass for exceptional clarity and light gathering.

This video introduces the Revic Acura BLR-10B rangefinding binoculars, highlighting their integration with the Revic ballistic solver for fast, intuitive ballistic calculations. Key features include 'shoot-to-range' capability for BDC turrets, windage correction, and a maximum range of 5000 yards. The video also touches upon Gunwerks' strategic investments in manufacturing and engineering, exemplified by their new Nexus rifle system, which offers a switch-barrel design and elegant styling at a competitive price point.

This guide details how to quickly obtain ballistic solutions using the Revic BLR10b rangefinding binocular. It explains two primary modes: 'base wind' for rapid shots under 700 yards, which uses a pre-programmed crosswind value, and 'vector wind' for longer ranges requiring manual wind direction and speed input. The guide also covers how the device displays BDC 'shoot-to' ranges for turret users.

This entry details the Egyptian FN49 Sniper (Late Pattern), a rare variant of FN's post-WWII semi-automatic rifle. It highlights specific identification features, the unique 8mm Mauser caliber chosen for logistical reasons, and the retrofitted Czech Meopta optics with Egyptian-marked BDC turrets. The analysis draws on the deep expertise of Ian McCollum, who meticulously examines the rifle's historical context and technical modifications, emphasizing its rarity and collector value.

This video follows a mountain goat hunt in British Columbia, showcasing long-range shooting techniques and rifle setup. It details how to zero a Gunwerks rifle's BDC turrets using a G7 scope and calculate ballistic drop charts with wind compensation via the G7 website. The hunt itself highlights the challenges of steep terrain, variable winds, and spotting game at extended distances, culminating in a successful shot at approximately 575 yards.

This video from Brownells at Shot Show introduces two new Vortex Optics designed for the AR platform: the Spark AR and the Spitfire AR. The Spark AR is a new iteration of the Spark 2, featuring an integrated base for optimal AR height, common AAA battery operation, and integrated controls with 10 dot intensity levels and a 2 MOA dot. The Spitfire AR is a prism-based optic with an etched reticle for constant aiming point, a double halo design with a central target dot, and includes an accessory yardage-marked BDC turret calibrated for 5.56.

This video explains how to achieve accurate shots beyond a ballistic turret's calibrated range. It details using a G7 ballistics calculator to determine necessary MOA adjustments for extended distances, factoring in bullet BC, muzzle velocity, and environmental conditions. The instructor demonstrates dialing in precise elevation and windage corrections for a 1175-yard shot, highlighting the importance of accurate ballistic data and scope adjustments for ultra-long-range success.

This video explains how to compensate for air density when using BDC turrets or reticles. It details how air temperature and pressure affect bullet trajectory and introduces tools like the G7 Rangefinder and handheld devices for atmospheric measurement. A rule of thumb is provided for making click corrections based on elevation and temperature changes.

This guide details the expert process for zeroing a Gunwerks Bullet Drop Compensation (BDC) scope turret, as demonstrated by Mike Davidson, Production Manager at Gunwerks. It covers establishing a 100-yard zero, calculating necessary M.O.A. adjustments, and properly resetting the BDC turret cap for accurate long-range engagement. The video emphasizes precision and provides a clear method for verifying the zero at extended distances.