@taattor I'm on console so can't check the files, but if the new throttle response time was achieved by tweaking the torque values then yes, it's different already!
Unless all they did was adding a delay to the powertrain. These power curves are often made with the torque measured at the crankshaft, with the engine sitting on a bench or whatever. It takes a while for all that power to reach the wheels and some of it is lost along the way - which is why BHP and HP values are never the same by the way, but that's irrelevant here. If it's only the response time, and the torque values stay the same, then the charts are accurate. Let's wait for @ActuallyImJulie kindness to blossom again 🤣
@chasey-k you're most definitely right, mate. We upshift so that the upper gear engages right there in the power band, at the crest or near the crest. The upshifting moment may coincide with a drop on the curve but just incidentally; what really matters is keeping the engine always revving in or around the crest for maximum performance, you're most definitely correct in that.
That's why I prefaced by saying I was too lazy to take the gear ratios into account and would only "guess" the upshifting point haha
If the ratios are close enough that upper gear is engaging at the cusp already, then we should definitely upshift a bit earlier to avoid the sharp power drop-off.
On a side note, knowing the power band is hugely beneficial for timing downshifts too. Both for engine braking and for knowing when to hold a gear for longer nearing a braking zone.
@ScarDuck14 if anything, I bring in freely an infinite supply of requeijão and pão de queijo 🥰