Videos tagged with Ballistic Solution

This quickstart guide from Magpul and Maztech covers the essential installation and setup of the X4-LRF laser rangefinder. It details battery installation and charging, compass calibration, understanding the various mode knob functions and button controls, and proper mounting procedures. Crucially, it provides a step-by-step process for aligning the LRF with your scope to ensure accurate distance measurements across all ranges.

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 video clarifies the distinction between a dope card and a drop chart in ballistics. A dope card is based on empirical data from previous engagements, recording adjustments made at specific distances. In contrast, a drop chart is generated by a ballistic solution, utilizing inputs like environmental conditions to provide a more precise prediction of bullet trajectory.

This guide details how to properly zero the Vortex Impact 4000 Ballistic Rangefinder to achieve a continuous offset zero, ensuring accurate ballistic solutions. The process involves aligning the rangefinder's laser with the optic's point of aim at a known zero distance. This technique is crucial for making precise shots, especially in time-sensitive scenarios like predator hunting or competitive shooting.

This content discusses the limitations of using traditional drop charts for long-range shooting beyond 600 yards, especially when environmental factors like temperature and elevation change. It highlights the advantage of ballistic rangefinders that incorporate wind data into their calculations, improving accuracy by accounting for factors like arrow jump.

This video provides a first look at the Leupold Mark 5 HD 2-10x30 scope and the Sig Sauer KILO10K Gen 2 rangefinding binoculars. The Leupold scope is highlighted for its first focal plane reticle, exposed turrets with zero stop, and illumination with off positions. The Sig KILO10K Gen 2 is praised for its integrated ballistic solution capabilities via the Sig app and its fast, all-information-on-one-screen display, making it useful for both long-range shooting and hunting. The presenter shares experiences using these items in various scenarios, including a run-and-gun drill and a rifle class.

This video reviews range cards and 'homework' tools from Walter Sobchak Security, designed to provide quick ballistic solutions in the field. The presenter highlights their utility for various shooting scenarios, from competition to hunting, especially when time or technology like laser rangefinders are limited. The tools offer reference for MOA/Mils, bullet drop, and range estimation using average object heights, with specialized versions for subsonic ammunition.

This guide details a rapid rifle setup and zeroing process in under 20 rounds. It emphasizes personalizing the rifle's fit (length of pull, eye relief, cheek piece) before establishing a zero. The process includes using a chronograph for muzzle velocity and a ballistics app like Hornady 4DOF to validate trajectories at extended ranges, ensuring an accurate firing solution.

The SIG SAUER KILO6K Compact is a rangefinding binocular designed for hunters and riflemen. It features XR and Fog modes for enhanced performance in various conditions, and integrates the Applied Ballistics Ultra Light system for ballistic solutions up to 800 meters. The device also includes environmental sensors and BDX compatibility for pairing with other optics.

This video features Bryan Litz, founder of Applied Ballistics LLC, discussing the crucial element of Aerodynamic Jump in long-range shooting. He explains how this ballistic phenomenon impacts the trajectory of a projectile and is factored into ballistic solutions. The video promotes NSSF initiatives like #LetsGoShooting and #NSSF, encouraging firearm ownership and participation in shooting sports. It also directs viewers to resources for finding shooting locations and learning more about hunting and gun owner advocacy.

The REVIC PMR428 Smart Rifle Scope features Virtual Ballistic Drop Compensation (VBDC) technology, acting as a fully automated ballistic computer integrated into the scope. This system solves the problem of calculating a full ballistic solution in real-time, accounting for factors like air density, elevation, Coriolis effect, inclination, and spindrift, unlike older fixed BDC turrets. It allows for corrections up to 1500 yards or more, depending on scope elevation, offering a fast and straightforward field solution for long-range shooting.

This video explains the critical importance of using a bubble level on sniper rifles for long-range accuracy. The presenter uses a visual analogy with a yardstick to demonstrate how canting a rifle can significantly alter a bullet's point of impact, especially at extended distances. While acknowledging that compensation is possible, the emphasis is on eliminating variables by ensuring the rifle is level. The video also briefly mentions Todd Hodnett's level design and encourages viewers to ensure their own levels are properly mounted and to habitually check their rifle's cant. The content aims to provide practical shooting tips from subject matter experts rather than focusing on entertainment.