Cubesat design that includes temperature measurements of surface of cloud, land and sea on continuous thermal IR band

Main aim of this thesis is realization of the cubesat with handling temperature measures from the surfaces of cloud, land and sea in thermal infrared (IR) band continuously. In the direction of this target, temperature measures from the surfaces of cloud, sea and land will gain in high-resolution and visible band by infrared (IR) sensor. The result of synthesizing of cloud movements with the necessary resolution and sample distance, the detection of air currents or wind and data transferring are aimed. Infrared (IR) camera has been chosen with the result of detail researches and reviews. Continue on, the infrared (IR) sensor that located inside of the camera and electronic structure that support it are detected for the target to obtain the best results from the camera which has infrared (IR) properties. This identification has been made from the meteorological satellites that still on the mission of Earth's surface. After the necessary choices has been made, the tries of air currents or wind and data transferring of Earth's surface with starting of the cubesat design has been take placed. The necessary surface measures are made by the infrared (IR) camera which has enough qualifications. Successfully completing part of this study, in the following session detection of air currents or wind and data transferring from the result of synthesizing cloud movement will have been realized with showing the existence in Low Earth Orbit (LEO) at the level of cubesat.