Shooting To Ranges Beyond Your BDC Turret

This video demonstrates how to compensate for using ammunition that does not match a pre-calibrated ballistic turret or rangefinder. By shooting drop data and iteratively adjusting the estimated muzzle velocity in a rangefinder, the shooter was able to accurately predict and hit targets at extended ranges (up to 950 yards) despite using slower-than-expected black powder in a muzzleloader, effectively creating a custom ballistic solution on the fly.

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.

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 explains the difference between base wind and wind vector inputs on the Revic PMR428 Smart Rifle Scope. It details how to use the wind vector mode for more accurate long-range shooting by accounting for factors like spin drift and aerodynamic jump, contrasting it with the simpler base wind mode suitable for shorter ranges. The instructor emphasizes a specific workflow for entering wind data before dialing range for optimal accuracy.

This video details the process of gathering ballistic data to create custom turrets for long-range shooting. Mike Davidson from Gunwerks explains how to use ballistics software, verify zero, and shoot at known distances to collect actual bullet drop information. This data is then used to refine the ballistic profile and build a drop-compensating turret, transforming a factory rifle into a long-range weapon.

This guide details the advanced technique for executing a long-range elk hunt, as demonstrated by a 12-year-old hunter under expert supervision. It emphasizes precise range estimation, scope adjustment using ballistic turrets, and marksmanship fundamentals for a successful shot at extreme distances (1376 yards). The process highlights the importance of preparation, practice, and specialized equipment for challenging hunting scenarios.

This expert guide from Gunwerks demonstrates the significant impact of the Coriolis effect on long-range bullet trajectory. Jeremy Winters, a Gunwerks Product Specialist, explains how Earth's rotation can shift Point of Impact (POI) by over 1 MOA at 1000 yards when shooting East or West. The video provides a live-fire demonstration and recommends shooting North or South to collect accurate ballistic data, minimizing Coriolis-induced errors.

This guide details the process of transforming a factory Remington Model 700 Sendero into a more capable long-range rifle, as demonstrated by Mike Davidson from Gunwerks. Key steps include a trigger upgrade to a 2-pound pull and a precision bedding job using Devcon Aluminum Putty to ensure action stability. The process emphasizes proper disassembly, careful application of bedding materials, and correct reassembly with specific torque values for action screws.

This video demonstrates a professional long-range coyote hunt in Montana, showcasing the effective use of a Gunwerks rifle. Dustin Butler, a representative for Gunwerks, highlights the 'range, dial, and kill' method for successful predator engagement at various distances, from close encounters to over 500 yards. The guide emphasizes proficiency with long-range optics and equipment for accurate shots in challenging terrain.