ANN-60

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ANN-60 is short for Aircraft Navigation and Avionics System-60, an aircraft navigation and avionics system designed to facilitate air traffic management and control in both senses of military and civil aviation domains. It is a computer-assisted approach to flight navigation and control and is generally applied in larger aircrafts such as transport aircraft, fighters, and bombers. The basic system consists of flight computers, displays, navigation and communication devices, and sensors.

The main advantages of ANN-60 are its ability to provide real-time flight information and data to pilots; it also helps reduce crew workload, enabling pilots to focus more on flying the aircraft rather than controlling the systems. Furthermore, since the system utilizes computers and automation, it greatly enhances flight safety and efficiency.

The field of application for ANN-60 is quite broad; it includes airfield management, contingency planning, navigation, communication, surveillance, and control. ANN-60 is used in the military and civil aviation industry to provide an efficient system for controlling aircraft, including flight management systems, airspace management, and traffic control. It is also capable of providing valuable navigation data, including airspace, altitude, and heading. Additionally, it can be used for aircraft performance evaluation, aircraft orientation, and weather prediction.

The working principle behind ANN-60 is quite simple; it uses a flight path modelling algorithm to simulate the aircraft’s flight path and helps operators to visualize the flight route. The key components of the system include a modern navigation system with a global positioning system, an inertial navigation system, and a distance measuring equipment. Moreover, its flight navigation tools also include an attitude indicator, a clock, a fuel computing system and a radar.

The aircraft’s navigation computer takes input from the distance measuring equipment and the navigation system to intelligently plan the optimal route. The navigation computer then sends the route to the aircrafts displays for the pilot to follow. The attitude indicator helps the pilot to maintain the correct heading and the clock helps the pilot to keep track of time and the fuel computing system helps to calculate how much fuel is left after the flight.

In conclusion, ANN-60 provides an efficient system for controlling aircrafts and helping pilots and operators to efficiently navigate in both the civil and military aviation domains. It not only helps pilots to visualize the flight route, but also provides navigation data, such as airspace, altitude, and heading for aircraft performance evaluation. Additionally, the system also employs additional components such as attitude indicators and clocks to help the pilot maintain the correct course and keep track of time and fuel levels.

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