Small reconnaissance-strike unmanned aerial vehicle fire-control photoelectric system

Abstract

The invention provides a small reconnaissance-strike unmanned aerial vehicle fire-control photoelectric system, which is characterized in that an unmanned aerial vehicle supplies power to a photoelectric pod main control board of a fire control photoelectric pod through an onboard power supply, a fire control processing board receives unmanned aerial vehicle navigation information of a flight control module, receives a ground remote control instruction of a data transmission module and weapon state information of an external weapon module, performs fire control calculation and attack guidanceplanning in real time according to the received data, sends flight guidance information to the flight control module for attack planning, guides the unmanned aerial vehicle to execute a flight task, and sends a fire control calculation result and a fire control photoelectric pod state to a ground console through the data transmission module to be displayed, and the photoelectric pod main control board sends target position information to the fire control processing board for fire control calculation so as to achieve photoelectric pod work control. According to the invention, the research and development cost is reduced, the research and development period is shortened, and the system reliability and system maintainability are improved.

Description

technical field [0001] The invention relates to aviation fire control technology, in particular to a system for integrating a fire control system and a photoelectric system of a small unmanned aerial vehicle for surveillance and strike. Background technique [0002] At present, in order to realize the functions of reconnaissance and tracking of ground targets and precise strikes, the unmanned aerial vehicle with integrated reconnaissance and strike must have a fire control system and an electro-optical observation and targeting system. The fire control system and the photoelectric system of the integrated UAV in active service are designed as two independent systems, which need to be designed and developed separately. The main product of the fire control system is a task processing computer, which is installed in the cabin to realize fire control solutions. calculation and weapon control functions; the main product of the photoelectric system is the photoelectric pod, which ...

AI Technical Summary

Problems solved by technology

[0003] The function of the miniaturized reconnaissance and strike integrated UAV fire control system is relatively simple. Only one CPU unit is needed to complete the interface communication and fire control calculation logic processing. According to the general design idea of ​​reconnaissance and strike UAV, two independent systems are designed. Not only does it take up tight space resources and increase the weight, but also independent software and hardware need to conduct functional performance experiments such as reliability and electromagnetic compatibility; resulting in high R&D costs, long cycles, heavy weight, low resource utilization, and system failure. low maintainability

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