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 utilizes internal sensors for temperature, air pressure, and angle (EMU) to provide accurate shooting solutions. Users connect the scope to a smartphone app to input ballistic data, which is then transferred to the scope for autonomous operation.

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 rangefinding binocular features new XR and Fog modes for enhanced performance in challenging conditions. It integrates the Applied Ballistics Ultra Light system for ballistic solutions up to 800 meters and BDX compatibility for pairing with rifle scopes and thermal optics. Environmental sensors provide real-time humidity, temperature, and pressure readings.