Paging Miss Joan, attention Miss Joan!! ;-)
Getting back to drag for the moment think about it. If a CSW has .45 lb-ft of drag torque and a maximum FFB torque of about 4 lb-ft, then:
Drag is 11.2% of the maximum output. Holy cow!
And Max FFB over Drag gives us a ratio of 4 lbft / .45 lbft or less than 9:1
I'm @ 1.x % drag with a ratio of around 60 off the top of my head. Massively better.
See why I'm liking solving this issue? You wind up feeling more information, and can react earlier due to this fact. And when you do react, countersteer is faster since there is less holding you back. And during the brief countersteer you continue to feel what you need to know for better correction inputs.
Yes the T500 is lower than a CSW/Elite. In the chart below, the CSW and T500 friction torques were taken from a review, while mine was measured on my modified CSR-Elite.
Huge difference, eh? Both of the stock wheels have too much drag to fully exploit their other virtues. Or to permit maximal car control. With mods, I wound up at 1/5 the drag of a T500 and 1/7 of a stock CSW/Elite. And no the T500 cannot be modded to as low as what I did, since it already uses lo-drag belts.
Thank you for sharing, I realize that a lot of it is in the thread and that since it came from your mind it looks perfectly clear through your eyes, and it might be clear to most.
I have to admit that I am sometime, although very interested, challenged in following what you are trying to explain.
I will keep on reading, keep up the good work.👍
Hey alright, one of my ideas helped out! Idea for the next video:
Show your start-up routine with the low-drag so people can compare the high-drag version that they see every time they start their wheels.
Paging Miss Joan, attention Miss Joan!! ;-)
Also: hehe, MissJoan....
Just had a thought...
If you guys are increasing the torque of the wheel by whatever means, then you can afford to increase the size of the motor pulleys slightly achieving better belt wrap (and grip) at lower belt tension, therefore reducing drag.