If I’m not mistaken. Isn’t this the same guy that would endlessly argue and when he ran out of actual information he would start putting Off stance math to try and throw everyone off. Attempting to look smart seemingly hiding behind long mathematical figures that generally were not even relevant to the automotive applications.
This is the same guy that didn’t understand that boost is a measurement of how hard a FI unit is working. Only to carry on slowly loosing creditability with each post.
Good ridden. Thanks God. This guy is a moron.
Back to the actual conversation.
Audi has recognized carbon as a power disturbance. More then that carbon effects the motor. Is the power the main concern. Some yes some no. Carbon is the source of many issues. From cold start misfires, pinging of the motor under load, cylinder wall damage, piston damage the list goes on. This is DIRECTLY from AOA data behind warranty issues.
Power can be effected and its argued that the loss can be seen better on a dyno. This Theory is in part due to the fact that the dyno test is ran at such RPM and speeds that the motor isn’t able to benefit from the oncoming air, air that would normally be there when the car is traveling at say 60mph. Due to the motor not having the aid of the extra volume of air, the over all need for the motor and its supporting cast of parts is going to be more effected.
Like it or not. We have all seen AOA included that carbon can effect power when tested on a dyno.
Why not at the track? Well in part how much hp is it going to take to slow the car down by say 4mph. I think the questions shouldn’t be how much hp is going to slow the car down by 4mph but how much carbon would it take to slow the car down by that much.