Videos tagged with Environmental Sensors

This guide details the setup and operation of the Maztech X4 Fire Control System, a sophisticated device that integrates with a 30mm scope and LRF to provide real-time ballistic solutions. Expertly demonstrated, the system simplifies long-range shooting by automatically compensating for bullet drop, cant, and environmental factors, making complex shots more accessible. The guide covers profile creation, target ranging, and the system's intuitive interface, highlighting its self-contained nature and rapid reboot capabilities.

This video introduces M-Tech's innovative Fire Control System (FCS), a scope mount integrating environmental sensors, an applied ballistics solver, and a HUD projected into the shooter's sight picture. It also details their weapon-mounted laser rangefinders (LRFs) with extreme range capabilities. The discussion highlights how these systems, designed for civilian use, aim to simplify ballistics calculations and enhance first-round hit probability, with future integrations like round-counting magazines planned.

The Steiner ePredator riflescope integrates advanced electronics for real-time ballistic calculations. It features environmental sensors (temperature, air pressure, inclination) and a position-detecting turret. Users input ballistic data via a smartphone app, which then transmits it to the scope, allowing for automatic reticle adjustments based on range and environmental conditions.

Maztech Industries showcased three new products at NRA 2024: the X4 Fire Control System, an LRF 15K rangefinder, and a round-counting PMAG. The X4 FCS integrates a heads-up display into standard LPVOs, providing real-time ballistic solutions using environmental data. The LRF 15K is a high-power, weapon-mountable rangefinder. The round-counting PMAG, developed in partnership with Magpul, tracks ammunition count and feeds data to the optic, enhancing situational awareness.

This guide details the unique firing sequence of the TrackingPoint Precision Guided Firearm (PGF), as demonstrated by Tim Harmsen. The system utilizes a networked tracking scope with a ballistic computer, laser rangefinder, and environmental sensors to achieve automated firing. The shooter half-presses the trigger to lock onto the target, then aligns the reticle with the digital lock point. The rifle fires automatically only when this precise alignment is achieved and the trigger is fully depressed.

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 guide details how to perform a compass override on the REVIC PMR428 Smart Rifle Scope. The scope utilizes sophisticated sensors, including a magnetometer for directional input. The compass override feature allows users to manually set the directional heading when external magnetic interference (from rifle actions, benches, or other ferrous materials) might affect the sensor's accuracy. The process involves navigating through the scope's menu system to adjust the Azimuth setting in degrees.

The SIG SAUER KILO 2400 ABS is a laser rangefinder featuring Applied Ballistics Systems (ABS), built-in environmental sensors, and Bluetooth connectivity to the SIG Ballistic App. It includes a wind meter and offers a 7x magnification with a 25mm objective lens. The device provides ranging distances up to 2 miles for reflective targets, 1800 yards for trees, and 1400 yards for deer-like targets, with a Hyper Scan function that scans up to four times per second.

The SIG Sauer KILO 2400 ABS is an advanced rangefinder integrating Applied Ballistics Elite software. It features onboard environmental sensors (temperature, pressure, humidity) and a compass, allowing for real-time ballistic solutions displayed on its heads-up display. Users can create and upload custom gun profiles via a free smartphone app (iOS/Android) using Bluetooth, enabling precise windage and elevation holdovers for targets up to 2400 yards.

The G7 BR2 Rangefinder is designed to simplify long-range shooting by integrating four devices into one: a rangefinder, calculator, atmospheric weather station, and inclinometer. It provides a calculated solution for bullet drop and windage with a single button push, allowing hunters to focus on environmental factors like wind. The device uses real-time data sampling for air density and incline to deliver accurate 'shoot-to' solutions, differentiating itself from table-lookup methods used by competitors, especially for distances beyond 600 yards.

The Remington 2020 Digital Optic System is presented as a revolutionary advancement in shooting technology. It integrates a 3-21x digital optic, a 750-yard laser rangefinder, environmental sensors (temperature, barometric pressure), and a full ballistic computer. This system automatically corrects for ballistics and presents a holistic solution to the shooter via a heads-up display, simplifying target engagement.