Junk nittos, from dig
N/A 6.0 with a mild cam, nothing fancy at all. They broke loose on the downshift and the car went sideways. Didn't end well. The car would spin them at 35% throttle from a stop. You have *****, sir.
It would skate around from a stop at part throttle almost as bad as my corvette. The shock of a 3-2 downshift through the auto trans broke the tires loose. I ended up in a guard rail.
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Cool video none the less. Care to share any info about your boost control/strategy?
Power application is pretty huge. The true radial class is tarting to take off. Guys are trapping 150's-160's at my podunk track on 275 coopers. Believe skinnies went 9.0 @ 163 a year ago or so on 275 pep boys M&S futura's! lol. (non-prep'd track)
https://www.youtube.com/watch?v=zy-c...ature=youtu.be
I do think I can get a couple tenths in the 60ft once I mess with the brake and 2step. That is where I need to work
My G trace is perfect from 10mph on. Table top flat .8-.9 g from 10mph to 110mph
That is the key to these tires and my most useful tool. Hit and hold the peak target G the tire will hold. And absolutely do not shock them
The shift is the tricky spot but I have that down
Cool video none the less. Care to share any info about your boost control/strategy?
It was leaving on 3600rpm, .5psi boost
The strategy is boost per RPM... Per gear. It is amazing
Would be super cool if they could integrate the G-meter into the traction control software and adjust power accordingly. Seems like an easier method than playing with wheel speeds.
Would be super cool if they could integrate the G-meter into the traction control software and adjust power accordingly. Seems like an easier method than playing with wheel speeds.













