AT UAS Unmanned aerial system 3D model

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The 3D model of the Unmanned Aerial System (UAS) serves various purposes such as detecting living organisms for locating water sources, identifying diseased crops and trees, spotting threats near cities, gathering information on soil content for efficient fertilization, immobilizing rogue vehicles, and spraying pesticides on disease-infested crops. Key features of the UAS include a NACA 43012 wing profile, manual control via a remote stand with a yoke, pedals, and speed regulating lever, and sensors for GPS, height, speed, stance, fuel level, etc. Additional optional sensors may be incorporated, such as Short Wave Infrared, mine-clearing radiometry sensors, and Synthetic Aperture Radar. The UAS is equipped with a Beta-type Stirling motor heated by ethanol and N20, with independent heating and cooling for each cylinder, controlled by a PCB that opens and closes valves based on sensor data. However, manual starting of the motor is required, and spark plugs are not included in this model. A future version could include spark plugs and an on/off slider to engage or disengage the ignition. Due to the absence of wheel brakes, taxying is impossible, and the motor requires adjustment of air/fuel mixture based on altitude.