BÇT-2022-B

We took an example of the Skyview application when creating our project. But the difference of our application is that instead of showing all the celestial bodies, our tool processes the data collected on the planet and opens it up to the experience of using scientists.

We designed the prototype of our product on Tinkercad.

Our vehicle generates its energy from the sun .

It has a satellite at the back so that the information it collects can be transmitted.

There are parachutes on the top that can be used continuously.

It has three cameras, front, back, and bottom.

It has a small assistant for researching in tight spaces.

It can take stone and soil samples via two separated vacuum bags.

It can analyze the values of oxygen and nitrogen-like gases in its atmosphere with the above appartus.

It can detect the obstacles in front of it and act accordingly with sensors in front of it.

It can examine the values such as day and night times the gravitational force on the planet it is located in and deliver it to us with software in the interior of our vehicle.

The building material of our vehicle is a mixture of Hafnium, Nitrogen, and Carbon, which can withstand up to 4127 degrees Celsius.

In our solution method, we took advantage of the vehicles that NASA sent into space and the source part of the problem we are working on.

Our Team Members;

Erdem Süngü, 13 years old, lives in Bodrum/Muğla.

İknur Karabıyık, 12 years old, lives in Başakşehir/İstanbul.

Rabia Neval Tekin, 12 years old, lives in Yüksekova/Hakkari.

Ecrin Şirin Canan, 12 years old, lives in Yüksekova/Hakkari.

Virtual Planetary Exploration v2.0 - Our goal is to be able to study the planetary exploration tools produced by Nasa and develop an application that can use the data obtained from these tools.