Optoelectronic System for the Takeoff, Approach and Landing a Helicopter on a Ship “SAGA”

Purpose of the System The system is designed to provide take-off the helicopter, flight safety, drive to the landing zone (the ship), a helicopter landing on the ship, as well as to ensure objective monitoring and analysis of flight data.

I The Main Tasks to be Solved I  Far drive a helicopter in the area of ​​ the vessel using a beacon of medium;  Middle drive helicopter heliport in the area of ​​ the ship with LED lights, indicators of the course and glide path;  Determining the origin helicopter and ship using satellite receivers display marks on the ship and helicopter multifunction displays a helicopter and the ship-bound vector electronic map, the calculation of the mutual distance and courses;  Exchange of data on the parameters of the movement, remnant of fuel between the teams by helicopter and ship with hardware data "helicopter- ship-helicopter";  Formation and construction of the set of trajectories entering the helicopter to land on the ship with delivery information on the indicators of the helicopter and the ship during the interaction with the systems of the ship;  Processing and analysis of on-board flight data recording;

II The Main Tasks to be Solved II  Data exchange with the ship's systems (weather data, navigational data, data on air situation with the radar);  Documenting the motion parameters of the helicopter and ship to: keeping the set route of flight; sunset helicopter landing (takeoff);  Reading, decoding and processing of operational information, recorded on-board systems such as "Tester";  Carrying out logical processing of the data, analyze the results of registration of flight information;  Continuous monitoring of the operation of peripheral equipment and information exchange with subscribers of a computer system.

Medium Wave Beacon

The Segment of Helicopter Equipment Helicopter Sub Navigation Aviation Computer Radio Modem Converter Antenna Hardware Consumer Satellite Navigation Systems (Satellite Receiver)

Satellite Navigation System Helicopter

The Operating Principle of the Glide Path Indicator

The Operating Principle of the Rate Indicator

Flight and Landing Light The system is equipped with a flight and landing indicator, which automatically displays dynamic information about the rolling of the vertical displacement and landing zone (deck of the ship).

Control Panel

Placing the System's Hardware at the SCP

The Indicator Glide Path The Indicator Rate SCP Flight and Landing Light The Location of Devices on the Ship

Placement of Lighting Equipment on the Ship

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