Videos tagged with Ballistic Solver

This video segment from Precision Rifle Network discusses ballistic data management for hunting. The expert recommends Sig Kilo range-finding binoculars, highlighting their integrated Applied Ballistics solver for a streamlined workflow of spotting, ranging, and calculating ballistic solutions in a single device. This approach is presented as an alternative to using separate Kestrel devices or printed data tables.

This video introduces the Leupold BX6 Range HD range-finding binoculars, presented at SHOT Show 2026. The device features a 10x42 configuration with high-quality glass and integrates Hornady's 4DOF ballistic solver. Users can create custom ballistic profiles via the Hornady app and sync them to the binoculars for real-time shooting solutions displayed internally.

This guide details the setup and operation of the Wilcox MRF Xe micro rangefinder, focusing on inputting ballistic data for specific rifle loads and utilizing its laser rangefinding capabilities to obtain accurate firing solutions. The demonstration showcases its application in long-range shooting scenarios with a precision rifle, highlighting the device's ability to provide real-time elevation and windage corrections.

This guide details converting a standard 16-inch AR-15 into a Special Purpose Rifle (SPR) for long-range engagements. Key upgrades include a free-float handguard, longer barrel (18-20 inches), precision trigger, match-grade ammunition, and an optic with sufficient magnification. The video emphasizes that shooter skill and proper training are paramount, even before investing in gear. It also covers essential support equipment like bipods, slings, and ballistic calculators for effective long-range performance.

This video explains the crucial step of 'Truing' a ballistics calculator using a Kestrel Ballistics Solver. Rughi and a student demonstrate how to perform this process and then validate the calculated trajectory by successfully engaging targets from 400 yards to 1000 yards. The content emphasizes practical application and precision in long-range shooting, offering viewers valuable insights into maximizing the accuracy of their ballistics solvers.

This video from the Long Range University Team compares "Smart Range Finders" with "dumb" or basic range finders. The discussion centers on rangefinders that incorporate real-time ballistic solvers versus those that do not. The aim is to evaluate the practical impact of these features on shooting accuracy in real-world scenarios, highlighting situations where advanced features can make a significant difference. The video is presented as part of the "Instructor's Corner" series and encourages viewers to subscribe for more content on long-range shooting, tips, DIY projects, and ballistics.

This video provides a beginner's guide to getting started in long-range shooting competitions for 2024. It covers essential aspects such as finding matches, necessary gear like bipods and bags, ammo considerations, data management, and using ballistic solvers. The content emphasizes the importance of confirming zero, reviewing the matchbook, setting process goals, and prioritizing safety. It also includes valuable tips and insights from professional shooters Kenny Dang, Mike Russo, Ben Brown, and Scott Peterson, encouraging viewers to have fun and learn from watching others. The video also thanks its sponsors.

This video focuses on the Sig Kilo 10k Solution, specifically detailing how to "true" its ballistic solver. The presenter asks viewers for their preferred methods of obtaining ballistic data, offering options like traditional paper charts versus modern technology such as Kestrel weather meters or smartphone ballistic apps. The video is sponsored by ARKEN Optics.

This video details a step-by-step process for setting up a rifle for successful long-range shooting, specifically targeting 500 yards. Key steps include proper scope mounting, bore sighting, zeroing at 100 yards, and confirming with a cold group. Crucially, it emphasizes using a chronograph for accurate muzzle velocity and a ballistic solver with precise rangefinding for environmental data to achieve a first-shot hit.

This video focuses on the REVIC PMR428 Smart Rifle Scope, highlighting its innovative Virtual Ballistic Drop Compensation (VBDC) system. The description emphasizes how this fully automated ballistic solver and turret system simplifies complex long-range precision shooting, allowing users to simply dial and shoot. It's presented as a revolutionary optic from Gunwerks and encourages viewers to subscribe for more content on long shots, tough shots, shooting tips, DIY, and ballistics.

This video provides an in-field look and comparison between the Sig Sauer Sierra3BDX and Revic PMR 428 ballistic solving rifle scopes. The Sig Sauer BDX is highlighted for its more accessible price point and effectiveness in engaging multiple targets at varying distances. The Revic Optics PMR System is presented as the superior option for extreme long-range shooting, exceeding 1,200 yards. The video directs viewers to OpticsPlanet.com for purchasing these optics and other firearm needs.

This video features Bryan Litz, a ballistician from Berger Bullets and Applied Ballistics, discussing the fundamental elements of long-range shooting. He specifically focuses on the use of ballistic solvers, including the "Whiz Wheel," to accurately determine firing solutions for precise shots at extended distances. The content is geared towards educating viewers on the technical aspects of long-range marksmanship.