Videos tagged with Ballistic Profile

This video highlights the AGM Rattler V2 640 thermal scope, emphasizing its durability, ease of use, and impressive image quality for night hunting. The speaker, a passionate thermal optics user, details its proprietary battery system, simple controls, and valuable ballistic profile feature, making it adaptable to various firearms. The upcoming V3 model with an integrated laser rangefinder is also discussed as a significant advancement.

This video documents participation in a 'Running Gun' competition at The Sawmill in South Carolina. The instructor, despite having limited time and a brand-new BCM 14.5" 5.56 rifle with only a few rounds fired, competed effectively. The event emphasized pistol work and shooting at distances up to 300 yards, highlighting the importance of ammo management and positional shooting techniques.

This video introduces a compact RF (Radio Frequency) module designed to function as a laser rangefinder, attachable to a scope or accessory rail. It allows users to upload ballistic profiles and provides holdover data directly, eliminating the need for a separate rangefinder. The device is capable of ranging out to 1000 yards and was launched at Shot Show.

This episode delves into troubleshooting ballistic profile issues in long-range shooting. The speaker, drawing from personal experiences in aviation and hunting, emphasizes the importance of understanding your rifle's behavior and differentiating between zeroing problems and ballistic inconsistencies. Key takeaways include using a chronograph to validate ammunition velocity, recalculating ballistic profiles, and having backup methods for making corrections in the field.

This video details the process of building a custom, lightweight rifle optimized for backcountry hunting, specifically for mule deer in Nevada. It highlights the selection of components like the Gunwerks Climber stock, titanium action, Proof Research carbon fiber barrel chambered in 6.5 PRC, and a Leupold Mark 5 scope. The build emphasizes achieving a sub-8-pound field-ready weight for enhanced mobility and 1000-yard capability, culminating in a successful hunt.

This guide details how to manually edit the ballistic profile on the REVIC PMR428 smart rifle scope without using the mobile app. It covers accessing the navigation menu, selecting the profile, and adjusting key parameters like muzzle velocity directly through the scope's interface. This method is presented as a quick alternative for minor adjustments when app access is inconvenient.

This guide details the process of creating a ballistic profile within the Revic Ops app for the PMR428 smart rifle scope. It covers inputting firearm and ammunition specifics, including caliber, zero offset, scope height, twist rate, muzzle velocity, bullet weight, and ballistic coefficient, to generate accurate shooting solutions. The video emphasizes the importance of accurate data entry and the app's ability to auto-generate profile labels.

This expert guide from Gunwerks details the main display of the REVI PMR428 Smart Rifle Scope. It covers essential data points like profile name, battery status, pressure, cant indication, and crucial elevation turret corrections for real-time ballistic solutions. The instruction emphasizes understanding windage values and how to interpret the scope's advanced features for accurate shooting.

This guide details the setup and operation of the Sig Sauer Sierra3 BDX Optics System, a sophisticated ballistic data exchange system. Expert instruction from Sig Sauer's Pete Howell covers pairing the KILO rangefinder with the Sierra3 scope via the SIG BDX app, creating custom ballistic profiles, and utilizing features like the Digital Focal Plane and wind hold icons for accurate shooting at extended ranges. The system is designed for user-friendliness despite its advanced capabilities, allowing for reliable field operation even without a constant phone connection.

This guide details how to program a ballistic profile on the G7 BR2 Rangefinder, a process crucial for accurate long-range shooting. Expert instruction covers inputting parameters like Ballistic Coefficient, Muzzle Velocity, Sight Height, and Zero Range. The guide emphasizes the importance of selecting the correct Drop Unit (BDC) and Drag Standard (G1) for precise ballistic solutions. It concludes with the calculation process and how to verify the programmed profile for field use.

This guide details how to change the ballistic profile on a G7 BR2 Rangefinder. The device can store up to five distinct profiles, allowing users to quickly switch between different firearms or ammunition loads. The process involves accessing the programming menu, selecting the desired profile, and recalculating the ballistic solution, which takes approximately 15 seconds.

This YouTube video tutorial focuses on a practical and essential skill for rifle owners: developing a ballistic profile. The content explains how to understand and predict bullet drop at various distances, a critical piece of information for accurate shooting, especially at longer ranges. This knowledge is fundamental for marksmanship, hunting, and any application requiring precision with a rifle.