Syrinx 760 Hexacopter

thingiverse

Works are currently in progress. The system is still in a beta stage and numerous things will undergo significant changes. A hexacopter with motor-to-motor distance of approximately 760 millimeters is being examined. It was created from scratch in Sketchup, and its frame was three-dimensionally printed on Ultimaker2 using ColorFabb's PLA filament. Warning: Multirotors are extremely hazardous flying machines. Their propellers function as sharp knives and rotate several hundred times per minute. Specifically, hexacopters like this one pose a substantial risk of causing severe injury or bleeding in a fraction of a second! It is imperative to maintain a safe distance from humans when operating it. Those who pilot multirotors must possess sufficient knowledge to ensure a safe flight experience. Additionally, respect the airspace where flying occurs as permission to operate within CTR areas requires a special permit issued by the airport authority. Neither I nor this project assumes responsibility for actions taken during operation of the multirotor. Feel free to ask questions in the comments or private messages if necessary. Relevant queries regarding 3D modeling, Sketchup, and this particular build will be addressed promptly. Both STL and source Sketchup files have been uploaded to this page allowing users to modify them according to their needs as they see fit. Moving forward, let's examine the instructions for assembly and usage of the hexacopter. Instructions: To Assemble GPS Holder: The OmniMac_3DR_Aerodynamic_GPS_Stalk_boom_top.stl file found at http://www.thingiverse.com/thing:833513 should be replaced with the 'Adapter for Aerodynamic GPS Holder' file provided in this download. This adjustment will facilitate the mounting of the GPS component to the top plate of the hexacopter. On the other hand, Omnimac_3DR_Aerodynamic_GPS_Stalk_boom_bottom.stl is unnecessary and may be omitted from assembly.