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By producing a table of predictions, Moto Calc lets you determine the optimum propeller size and/or gear ratio for your particular application.Moto Calc can also do an in-flight analysis for a particular combination of components, predicting lift, drag, current, voltage, power, motor and electrical efficiency, RPM, thrust, pitch speed, propeller and overall efficiency, and run time at various flight speeds.
button, save them to a text, HTML, or comma-separated-values (CSV) file by clicking Save..., or copy one or more of the suggestions to the Windows clipboard (to paste into an e-mail, for example) by clicking with the secondary mouse button and selecting Copy One Result or Copy All Results.You can specify a range for the number of cells, gear ratio, propeller diameter, and propeller pitch, and Moto Calc will produce a table of predictions for each combination.Moto Calc will predict weight, current, voltage at the motor terminals, input power, output power, power loss, motor efficiency, motor RPM, power-loading, electrical efficiency, motor RPM, propeller or fan RPM, static thrust, pitch speed, and run time.If the motor you are using is not included in the database, Moto Calc will help you figure out its parameters from test data, catalog information, or from the specs of another similar motor.And if you don't know the aerodynamic characteristics of your plane, Moto Calc's lift and drag coefficient estimator will make short work of determining them.NET Framework 4, failing with the error code 66A (Windows Update encountered an unknown error). At first I wanted to reset the Windows Update components using the official Microsoft Fix it 50202 tool but after thinking for a while, this error code 66A should have nothing to do with a broken Windows Update since other updates were able to install except for . NET Framework 4 Client Profile to its original state”. This time Windows Update reports “The updates were successfully installed” with a checkmark which means the repair fixed the problem and allowed the updates to be installed.
The Moto Calc Workbench Specifying Motor Information Specifying Battery Information Specifying a Drive System Specifying a Speed Control Specifying Airframe Information Specifying Restrictions Options What is a Database Browser?
You may also want to specify ranges for some parameters (for example, if the Moto Wizard suggested 14 cells, you might want to try 12 to 16 cells). from the Project menu, type in a name for your project, and click OK. button to generate an in-flight analysis (if you specified any ranges in step 2 above, you will get a static analysis, from which you can pick one result and click the In-flight... A summary of the project (motor, battery, speed control, airframe, etc.) appears at the top of the analysis.
The last line of the summary, labeled "Stats", summarizes the predicted performance of the model.
When you are happy with the Moto Wizard's suggestions, select one (click on it with the mouse), and then click the Accept button.
This will fill in the Moto Calc Workbench window with settings corresponding to the selected suggestion.
If you are a newcomer to electric flight, Moto Calc's Moto Wizard will ask you a few simple questions about your model and your preferences (such as brand of motor), and will then make suggestions as to the ideal power system.