The present invention presents an electro-pneumatic simulation system for didactic use of both ground and aerial management, implementing pneumatic muscles as actuators and movement propitiators thus allowing to simulate more than one environment in a simple and portable manner. Said system also affords to change peripherals according to the desired environment, in addition to being oriented to the control method improvement for this type of applications. Said control procedures for the present invention include electromechanical switches, PLC programmable implementation, and microprocessor or micro-controller system implementation, among others. The manufacturing material of the present invention may be preferred but not limited to aluminum.
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