Videos tagged with Applied Ballistics

This expert-level entry details Ballistic Coefficient (BC) and its critical impact on long-range shooting. It explains how BC is influenced by bullet mass and aerodynamics, with longer, boat-tailed bullets generally exhibiting higher BCs. The content emphasizes that BC is most relevant for distances beyond 300 yards, affecting both bullet drop and wind drift. It also touches on the importance of twist rate for bullet stabilization and cautions against manufacturers inflating BC numbers, recommending resources like Applied Ballistics for more realistic data.

The Maztech X4-FCS integrates Applied Ballistics software and environmental sensors with an LPVO via a HUD, offering a click-and-shoot solution when paired with a laser rangefinder. It comes in 2K and 15K rangefinder variants, with the 15K utilizing APD and ASIC technology for superior performance. This system is designed to be compatible with existing LPVOs and scope tubes (30/34mm), presenting a more economical alternative to competitors like Wilcox and Vortex.

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 expert review by Weapon Snatcher details the Vectronix Vector X after a year of global use, including combat in Ukraine. The device integrates binoculars, a laser rangefinder, and a ballistic computer, significantly reducing gear weight for long-range engagements. It offers a clear HUD with TOF and velocity data, top-tier optical clarity, and robust battery performance with 18650 cells in cold weather. The LRF is exceptionally fast and accurate, and integrated Applied Ballistics with Bluetooth connectivity via the VECSS app simplifies environmental data input and profile management.

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 video explains the benefits of a 36-yard zero for the AR-15, highlighting its ability to keep impacts tightly stacked from 25 to 250 yards, making it ideal for competition and unknown distance shooting. It details the process of achieving this zero, including bore sighting, initial group firing, MOA calculations at 36 yards, and refining the zero. The discussion also touches on how ammunition and barrel length can affect zero, recommending the Applied Ballistics app for precise calculations.

This video showcases Garmin's innovative range technology, focusing on their GPS-enabled smartwatch and compact chronograph. Caleb demonstrates how these devices integrate with applied ballistics to provide real-time data for long-range shooting. He uses the technology with a BRN-4 M38 build and Winchester 69gr SMK ammunition to achieve a first-shot hit at 500 yards, highlighting how modern wearables can enhance shooting efficiency and accuracy.

This video features the Tango Fire4000 Mounted Laser Rangefinder, highlighting its integration with Applied Ballistics software. The content likely focuses on the capabilities and application of this advanced rangefinding technology for firearms enthusiasts, particularly those involved in long-range shooting or ballistics calculations. It aims to showcase how this device enhances accuracy and efficiency in shooting scenarios.

This video features an in-depth review and accuracy test of the Palmetto State Armory JAKL-10 chambered in .308 Winchester. The reviewer performs a borescope inspection, uncovering a rough chamber and a blemish on the crown, and analyzes the impact of these defects on accuracy. The video details a shooting setup using 30-shot groups at 100 yards with four types of ammunition (PMC Bronze 147gr FMJ, AAC 168gr Sierra MatchKing, AAC 175gr Sierra MatchKing, and PMC X-TAC Match 168gr OTM), measuring mean radius, group size, velocity, standard deviation, and shooter-induced flyers using the Mantis X-10. A new A-ZED metric is introduced to assess practical long-range performance. The review also includes a comparison to a 5.56 SPR using the Applied Ballistics WEZ tool.

This video from Magpul introduces the Maztech X4-FCS and X4-LRF, advanced fire control and laser rangefinding systems designed to integrate with existing LPVOs. The X4-FCS uses Applied Ballistics software to provide real-time ballistic calculations and projects a customizable HUD reticle. The X4-LRF adds laser ranging capabilities with visible and IR lasers. Together, they form a comprehensive targeting solution for enhanced first-round hit probability.

This video details the preparation and execution of a prairie dog hunt in Wyoming, emphasizing precision shooting techniques. The Magpul team utilizes advanced gear, including a Magpul Pro 700 Chassis rifle, Vortex optics, and a Kestrel 5700 Elite weather meter for accurate long-range engagements. The instruction highlights the importance of environmental assessment and precise scope adjustments, showcasing effective varmint hunting strategies.

This comprehensive review by Gary of Paramount Tactical compares the Vectronix Vector X and SIG Kilo 10K Gen II ballistic rangefinding binoculars. It highlights the Vector X's superior optical quality, especially in low light, deeper lens protection, and expanded model/battery options. The SIG Kilo 10K Gen II excels with its near-instantaneous rangefinding speed and user-friendly Density Altitude display. Both utilize Applied Ballistics Elite software, offering identical ballistic solutions, but differ significantly in reticle type, battery longevity, and warranty.