Excellent video, great work. Drives great with the stock gears. And appreciate all the kind words. As always, any questions we are just a phone call away or you can send me an Ask Chris from our website.
Chris
Chris
There have been quite a few of threads about the 4C lately and questions how the act normal driving. I took a few quick videos off my phone this morning on the way into work and made a simple little video normal driving on the morning commute.
Hopefully this answers the normal driving questions and shows off Chris's great product
[youtube_browser]CGL05PzD56g[/youtube_browser]
2012 Mustang GT Circle D 4C Driveability - YouTube
I'm so glad you posted this video for everybody to see. now everybody can see for themselves that DD with a 4C is not very much different than a stock converter...Good job with this thread OP.
Can someone explain this to me? A 4C has a stall speed of 3600RPM.
If the stall speed is the max rpm you can run the engine without generating driveshaft motion then how is this car moving forward at rpms under 3600?
Can someone explain this to me? A 4C has a stall speed of 3600RPM.
If the stall speed is the max rpm you can run the engine without generating driveshaft motion then how is this car moving forward at rpms under 3600?
So the article I read is wrong. Driveshaft will still tend to spin in the absence of braking at under the rated stall speed of the converter.
At what point do transmission fluid temps become an issue? How loose can you go in normal DD type use before its a problem?