It's the regenerative braking that causes the heat overload on the track, not the fast discharge.The only way harder acceleration hurts the battery or any other components is through excess heat, which one would assume all components have heat sensors and will throttle down - so no reason to worry.
Thermal limit being reach is unlikely to happen with sporadic full throttle acceleration. Maybe under constant load, say on a race track, it might cause reason to worry.
When you say the “low end,” look at the graph. The large gains start a 50 km/h.So, been reading the v long interesting threads and giving this some thought.
I’ve got an early 2020 4s pb (smaller battery) with higher mileage ( 83k).
Looking at the figures compared to the other models they are a little bit underwhelming for the outlay.
Comparing the mapped figures to turbo a standard figures I take it, it wouldn’t be as fast as a turbo s?
Below 80% battery it has even less power which would be most of the time..
Anyone have real life experience on the smaller battery 4s?
Torque/ power looks only marginally more at low end, but performance gains at top end, which isn’t where I’d really need it.
Does having a higher mileage car pose more risks?
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Turbo S is faster because it has a lot more torque on the front, so off the line the performance is better.Should be the same as a stock turbo s.![]()
So I’m confused, is this your tune or did they copy and compete now?I knew this was coming for a while![]()
Mine.So I’m confused, is this your tune or did they copy and compete now?
https://mrctuning.com/site/audi-rs-e-tron-porsche-taycan-ev-tuning-2019-2024/