Printable Tiltwing Tiltrotor Drone Body 3D print model

cgtrader

Here is the revised text. A DIY plan is being proposed for a drone that can be controlled remotely, built from 3D prints then equipped with electronic components. The drone's model focuses solely on its main aerodynamic body structure, a tiltrotor or tiltwing design allowing it to take off and land vertically like any quadcopter, hover steadily in mid-air, as well as switch into airplane mode for speedier, more efficient flight. The drone's upper and lower halves consist of interlocking screw sockets that enable simple assembly and secure attachment. Additionally, retractable wing plates connected by servo motors offer precision maneuverability and stability control, with motor-mounted propellers serving to elevate the vehicle, a removable landing gear positioned conveniently in one compartment. This adaptable design features a sturdy square frame measuring approximately 800 millimeters from wingtip to wingtip. Scale-ups are achievable since it was designed to support loads ranging between 3 and five kilograms when fitted with small rc helicopter or drone motors, perfect for hovering maneuvers and steady speeds at distances over sixty meters in a straight line with control through separate motor throttle and separate servo motor tilt, like traditional aircraft flight in controlled airspace regulations zones, thus optimizing visibility during observational flights for high definition visual feedback