The project settings must be updated with a valid propeller curve before a run can be successfully created for a geometry with a propeller assembly. TotalSim has provided an excel sheet for you to generate propeller curves, if you don't have one. Please note that data generated by that excel sheet can only be used as a placeholder and results generated by the excel sheet is not representative of your vehicle's performance. The excel sheet can be found at the bottom of this page.
The geometry can be split over three files. There are three types of parts are Default, Payload, and Hub; therefore, a separate file needs to be created for each of these geometry types and include only the appropriate parts for that category. Do not duplicate parts across the geometry files to be used in one simulation.
Use the instructions on the 'Uploading Geometry' page to upload parts. For each part (geometry file) you upload you will be required to select a geometry type. The following is a list of available types:
Note: Please do not upload part files for any propeller geometry. In this App, propellers are modeled numerically. You will find information on creating propellers below.
Be sure to separate your geometry into these groupings prior to upload. All files should be the same scale and the relative position of the parts should be consistent across all files.
Geometry should be considered a hub where the center of the propeller intersects spinning support geometry. It is recommended that geometry be prepared this way because additional detail is applied to the intersection between the hubs and the propeller disk. In the tricopter example, the hubs have been split from the main assembly as shown below
This propeller part will act as a dummy part for a single/multiple propeller assembly.