Unfortunately a complete automation would not be implemented with Excel, this either exceeded my skills or the possibilities offered with Excel. In the appendix times the sheet. No wonder there are not nice diagrams to be seen and also the table with the results seems to be very manageable on four lines. This has of course its reason. Erteres the storage space. Since coupling processes are considered and it is here fast to insoluble vibration n comes for Excel, the time interval of 0.001 s is accordingly short. Since the sheet is often up to 260 MB large. However, if interested I can gladly submit some examples, For: – Audi RS4 4G – Tesla Model S – motorcycle and some others, then of course with the corresponding diagrams in the “table diagrams” and the comparisons. The model takes into account: – different and freely adaptable engine characteristics from Otto to the electric motor – static and or dy namic slipping – one and off-coupling – all rotating masses – switching latency, depending on the type of coupling for the gears different – axle load displacement – dynamic half-knife, depending on the axle load – tyre air pressure for the axle load dependent lift value, as well as roll friction value – different tyre loop curves for tyre width, guide values or the substrate properties such as apstain, sand, snow, etc. – air resistance depending on temperature and height – the motor It can have been a mistake again and again, four eyes are better than two, I have eliminated the coarsest so far, therefore backmelds are desired not to be overlooked: – control processes and thus vibrations – damping factor, which are time-shifted and represent equal vibrations. i.e. during switching process the wheel brakes abruptly within a millisecond from e.g. 6600 to 4500 u/min. What is inplausible high acceleration forces caused by the rotating masses, but as these occur only one millisecond, these have no relevant influence on the entire calculation. As it has become late, I ask for indulgence regarding my grammar. Link due to the size only externally:https://www.dropbox.com/s/p8t9k7mn5925531/PKW.xlsx?dl=0