Determination of the technical outline of the helicopter targeting and navigation system that enables targeted fire with unguided aviation missiles without of visual contact

Abstract

The article presents a technical framework for the helicopter's aiming and navigation system, aimed at enhancing the precision of targeting and launching unguided aviation rocket without the need for visual contact with the intended targets. In order to increase the range of the target and avoid approaching the zone of fire of the enemy's anti-aircraft defense, the attack helicopters fire in the camber mode, while visual contact with the target is lost. To overcome this challenge, the article proposes the projection of a terrain map, displaying the target point and the calculated impact point of unguided aviation rocket on a tablet screen. This projection is determined based on the helicopter's spatial positioning and maneuvers. Such an approach allows for accurate shooting from a loitering position at low altitudes while simultaneously extending the targeting range.
The article also investigates the potential for enhancing the operational effectiveness of unguided aviation rocket by refining the onboard aiming and navigation systems, as well as their components. These systems facilitate precise positioning and angular determination through the utilization of satellite systems
The complex of autonomous positioning and angular orientation "Vail" has small mass and dimensional characteristics, so it does not require additional calculations. The technical capabilities of "AVIARM" LLC make it possible to solve technological issues related to the placement of components of the sighting and navigation system on board Mi-8 and Mi-24 helicopters.