Imagınatıon Compass

 Our goal in this project is to learn about the underground resources of other planets and to have information about the planets. This discovery will be provided by rockets to be sent from Earth. Our project consists of the main part and the exploration vehicle connected to this part. The main part will be stationary on the planet, while the reconnaissance vehicle will collect samples in motion in the field.The reconnaissance vehicle carries these samples in its chamber and brings them to the main section, and after these samples are examined in the main section, they are sent to the world via satellites.

  By using durable materials such as Diamond in the drilling drill, we have saved power.  Thus, we do deeper excavation. Because it is lightweight and strong, we thought of using Titanium as the material.

     Drilling foam can be used to increase the efficiency of the machine.

 Sensors aimed at undamaged landing and safe reconnaissance

  We designed the electrical power so that the power supply covers the upper surface of the prototype in order to balance the weight.  In order to support the power supply, we aimed for renewable energy by placing solar panels on both sides of the vehicle.  

  A total of 23 cameras are available, 9 for engineering, 7 for science, and 7 for landing imaging purposes. Landing imaging cameras are located at the top and bottom of the prototype. One of these cameras, the Lander Vision System Camera, is used for navigation purposes and provides an image size of 1024x1024. Special sensors are used in the cameras used for driving, and the terrain conditions are determined beforehand. 5120x3840