TurboCharger Tuning
The TurboCharger app is a tool to help you with your turbo and tuning calculations on engines.
It's a tool for turbo and tuning enthusiasts/professionals. When analyzing compressor maps to find the right turbo, this tool will help you with the calculations. There are also tuning calculations in the app.
TurboCharger: In the turbo section you can calculate trim, pressure, horsepower, airflow and more, all based on your own inputs. For your compressor map analysis, you will need calculations about airflow, mass flow rate, volumetric flow rate, and pressure ratio. All that and more are covered in the app.
Tuning: There is a separate tab for engine tuning calculations. You can calculate the engine size based on bore, stroke, and cylinders.
Unit conversions: One section of the app covers conversion between metric and imperial units, such as psi vs bar, inch vs millimeter, etc. All included conversions are related to turbo and tuning.
It's a tool for turbo and tuning enthusiasts/professionals. When analyzing compressor maps to find the right turbo, this tool will help you with the calculations. There are also tuning calculations in the app.
TurboCharger: In the turbo section you can calculate trim, pressure, horsepower, airflow and more, all based on your own inputs. For your compressor map analysis, you will need calculations about airflow, mass flow rate, volumetric flow rate, and pressure ratio. All that and more are covered in the app.
Tuning: There is a separate tab for engine tuning calculations. You can calculate the engine size based on bore, stroke, and cylinders.
Unit conversions: One section of the app covers conversion between metric and imperial units, such as psi vs bar, inch vs millimeter, etc. All included conversions are related to turbo and tuning.
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Reviews (3)
Ton. N.
Jun 9, 2020
It's a start but needs a whole lot more turbo brands for comparison
Adr. U.
Oct 26, 2019
Easy to use, good user experience.
I like the turbo sections ability to predict HP based on the compressor and turbine wheels. I would like an explanation of how those numbers are attained and at what boost level. I see 2 different boost levels for the cold and hot sides after I input the wheel sizes, and would like to know how I can calculate HP based on a specific boost pressure and turbine A/R. Thanks.