An Offshore Typhoon Detection Rocket

Abstract

The invention discloses an offshore typhoon detection rocket, which is structured as follows: a head cover, an instrument cabin, a load cabin, an engine and a servo cabin are sequentially connected through connecting pieces from front to back to form a detection rocket body, the rocket body and a cable cover , side strip wings, air rudders, and gas rudders constitute the aerodynamic shape of the offshore typhoon detection rocket; Direct connection; the cable cover and side strips are connected to the engine; the air rudder and the gas rudder are connected to the servo cabin. The present invention utilizes the characteristics of short rocket launch preparation time, fast flight speed and high launch accuracy, quickly arrives at the designated area to release the radiosonde as needed, implements contact detection of typhoons, and is less affected by the typhoon wind field, improving the performance of typhoons. Reliability of detection flight in the environment.

Description

technical field [0001] The invention belongs to the technical field of aerospace systems, and in particular relates to an offshore typhoon detection rocket. Background technique [0002] Offshore typhoons are affected by land and ocean before landing, so there are many uncertainties in forecasting, and there are often large deviations in track and intensity forecasts. With the development of science and technology, foreign countries have developed space-based meteorological detection equipment represented by meteorological satellites, space-based meteorological detection equipment represented by radiosondes and dropsondes, Doppler weather radars, mobile Atmospheric profile detection equipment and land-based meteorological detection equipment represented by small radio theodolites have gradually established a complete typhoon detection equipment system. [0003] Due to the harsh, complex and changeable internal environment of the typhoon, it is difficult for my country's man...

AI Technical Summary

Problems solved by technology

[0003] Due to the harsh, complex and changeable internal environment of the typhoon, it is difficult for my country's manned / unmanned aircraft to go deep into the interior for effective detection. Therefore, at present, the detection of offshore typhoons in my country still mainly relies on satellites and radars, resulting in the lack of internal contact detection data of offshore typhoons. Affected the further improvement of forecast accuracy

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