Useful resources for getting started: Difference between revisions

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(Created page with "=== Torque-based ECU control === Understanding the torque-based ECU control strategy: https://www.motorsport-developments.co.uk/Understanding_Ford_Ecoboost_Torque_Control.html === N54 and N55 Tuning === * Anjuna's N55 tuning thread: https://www.e90post.com/forums/showthread.php?t=1693922 * Cobb guide to N55 tuning: https://cobbtuning.atlassian.net/wiki/spaces/PRS/pages/828866941/BMW+N55+Tuning+Guide * Marshall Hesse-Dreville's N54 tuning spreadsheet: https://github.com/...")
 
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=== Torque-based ECU control ===
=== Torque-based ECU control ===
Modern ECUs work in the same way. The accelerator pedal input is converted into a 'torque request' and from that the ECU figures out air, fuelling and spark timing before moving onto the low-level business of how this translates to wastegate duty-cycle, injector pulse width, etc. There are many, many details. This makes it important to be able to step away to a high-level view.
Understanding the torque-based ECU control strategy: https://www.motorsport-developments.co.uk/Understanding_Ford_Ecoboost_Torque_Control.html
Understanding the torque-based ECU control strategy: https://www.motorsport-developments.co.uk/Understanding_Ford_Ecoboost_Torque_Control.html



Revision as of 09:39, 4 March 2024

Torque-based ECU control

Modern ECUs work in the same way. The accelerator pedal input is converted into a 'torque request' and from that the ECU figures out air, fuelling and spark timing before moving onto the low-level business of how this translates to wastegate duty-cycle, injector pulse width, etc. There are many, many details. This makes it important to be able to step away to a high-level view.

Understanding the torque-based ECU control strategy: https://www.motorsport-developments.co.uk/Understanding_Ford_Ecoboost_Torque_Control.html

N54 and N55 Tuning

PID control

Other B58 tuning resources

Getting tunes off of your car

Creating tunes