An approach to build a Mars Rover: Mongol Ovizatrik 71

On the surface of Mars, autonomous rover navigation can considerably enhance everyday travel, especially when venturing into uncharted territory distant from the lander. Making a prototype for an effective and autonomous rover is the goal of this endeavor. The implementation of multiple perceptual blending together with the dissemination of the visuals, synthetic Mars environment, and atmospheric components. In this study, a Mars rover design was built that has a sensor array on the main body and a transportable structure for picking up soil samples and storing them for onboard testing. In addition, manual control is carried out with the aid of video that is broadcast from the rover to the base station, along with sensor arrays that include temperature, PH, and humidity sensors. Artificial intelligence is also addressed, along with speech recognition technology and real-time position sharing from the rover to the base station utilizing GPS. An overview of the development reveals that it is readily capable of carrying out all the required general activities. The rover is also able to traverse all of the aforementioned terrains, lift a substantial amount of mass without failing, and successfully recognize voices, enabling a far longer daily trip than is possible with purely ground-planned methods.