Powered teaching rocket launcher

Abstract

The invention discloses a powered teaching rocket launcher. The launcher comprises a launcher base, wherein a pitch angle adjustment support rod and a guide rail sliding table bracket are installed atthe front and rear ends of the launcher base respectively, guide rail sliding table frames are installed on the pitch angle adjustment support rod and the guide rail sliding table bracket, a rocket sliding groove for a rocket to move forwards is formed in the middle axis of a guide rail sliding table, and a launch booster for pushing the rocket forwards is arranged at the tail end of the guide rail sliding table. Compared with a traditional launcher, the launcher provides power required for the teaching rocket to fly through the launch booster, so that the mass of the teaching rocket is reduced by at least 30%, and more built-in instrument and equipment reduce the design cost and difficulty of the rocket. Due to the use of the launch booster, an engine of the rocket is canceled, so that the process of launch, storage and transportation is safer, and the purposes of low-cost required for tests and safe launch of the rocket are achieved relevantly.

Description

technical field [0001] The invention belongs to the field of rocket launch, in particular to a powered teaching rocket launcher. Background technique [0002] The current mainstream rocket launch, especially the teaching rocket launch, mainly uses the built-in rocket engine to provide the power for the rocket to fly forward. A rocket motor is installed at the tail of the rocket body to push the rocket to a preset flight speed to achieve the purpose of boosting the rocket. [0003] Existing launchers are usually unpowered, and only provide a flight glide track with adjustable azimuth and launch angle. After the rocket is placed on the launcher, it is ignited and launched, and it flies forward under the working thrust of the rocket's built-in engine. But for the rocket launch process, teaching rockets with built-in engines are more dangerous in the storage, transfer, preservation and launch process, especially the installation process. Moreover, the cost of the engine is hig...

AI Technical Summary

Problems solved by technology

However, for the rocket launch process, teaching rockets with built-in engines are more dangerous in the storage, transfer, preservation and launch process, especially the installation process.

Moreover, the cost of the engine is high, usually occupying more than 30% of the entire teaching rocket; the mass is large, accounting for more than 30% of the entire rocket mass, so the engine occupies a large amount of space at the tail of the teaching rocket

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