Videos tagged with Drop Data

This video outlines five essential online resources for precision rifle enthusiasts. It details how to use the Applied Ballistics website's calculator for generating range cards, the Berger website's twist rate calculator for ensuring bullet stability, and Sniper's Hide for advanced ballistics data. Additionally, it highlights Storm Tactical for printable targets and Gun University for comprehensive firearm reviews with a unique grading system.

This video details a practice session for an NRL Hunter-style stage at the Missouri Mile range. The shooter demonstrates setting up a four-minute timer, using a tripod and barricade bag for stability, and employing a rangefinder synced with a watch for quick drop data acquisition. Initial impressions of the Sig Cross rifle are also shared, highlighting its lightweight nature and adjustability.

This YouTube Shorts video from Precision Rifle Network demonstrates the Cole-Tac Cheat Sheet, a data card designed to be mounted on the side of a rifle. The narrator explains that it provides a quick and visual method for carrying drop data, essential for precision shooting. The video also promotes Cole-Tac products with a discount code and mentions the target audience includes competitors, hunters, and operators.

This video addresses a potential issue with an AI-AT rifle experiencing a significant zero shift after cleaning, prompting concern from the creator. The video also aims to gather drop data and mentions an upcoming class by Frank Galli. The creator is seeking community input to diagnose the rifle's problem. Various shooting-related gear and resources are linked in the description, indicating a focus on precision shooting and long-range applications.

This video focuses on fine-tuning a rifle chambered in 6GT for long-range shooting, specifically extending its accuracy to 900 yards. The content creator demonstrates truing drop data on a windy day, shares initial impressions of the 6GT caliber, and compares its performance to the 6 Dasher. The video is presented by Precision Rifle Network and sponsored by Modular Driven Technologies, with calls for donations and product review inquiries.

This guide details the process of accurately truing ballistic data in a Kestrel wind computer for long-range shooting. Instructor Joel emphasizes the importance of starting with a 100-yard zero and accurate chronograph readings. The video demonstrates how to measure actual impact at distance (600 yards) and adjust the Kestrel's ballistic coefficient to match observed performance, ensuring reliable drop data for consistent 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 process of configuring a factory rifle for long-range shooting, focusing on gathering accurate drop data to create a custom ballistic turret. Expert Mike Davidson from Gunwerks demonstrates using the G7 ballistics program, verifying zero at 200 yards, and validating ballistic predictions at 500 and 950 yards. The process involves analyzing field data to refine muzzle velocity estimates and ensure precise long-range accuracy.

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.