i got into the 11s...
in the 1/8th.
i went to the local track on opening day to see waht the auto b15 se could run. this is what my printout says.
to launch, i did the brake + gas method at about 1800rpms. minimal wheel spin, and launched like a bat outta hell. it seemed that i outlaunced every car that i 'went up against' but then 50mph came and i was left in the dust.
perfect r/t = .000
rt = .052
60' = 2.650
330 = 7.456
1/8th = 11.367
MPH = 63.47
1000 = 14.698
1/4th = 17.537
MPH = 79.57
this is on an auto b15 sr20de with a place racing cai, hks catback, rota 16'' slipstreams full weight. i do have a code for a bad o2 sensor, so im told that if i replace it it'll make a big difference. suppostally stock auto b15 se's are suppost to run high 16s. i seriously doubt that an o2 sensor will pick up a second lol.
this track was at an altitude of 650ish ft above sea level, so i dont know the correction formula or if they did it for me already.
i went to the local track on opening day to see waht the auto b15 se could run. this is what my printout says.
to launch, i did the brake + gas method at about 1800rpms. minimal wheel spin, and launched like a bat outta hell. it seemed that i outlaunced every car that i 'went up against' but then 50mph came and i was left in the dust.
perfect r/t = .000
rt = .052
60' = 2.650
330 = 7.456
1/8th = 11.367
MPH = 63.47
1000 = 14.698
1/4th = 17.537
MPH = 79.57
this is on an auto b15 sr20de with a place racing cai, hks catback, rota 16'' slipstreams full weight. i do have a code for a bad o2 sensor, so im told that if i replace it it'll make a big difference. suppostally stock auto b15 se's are suppost to run high 16s. i seriously doubt that an o2 sensor will pick up a second lol.
this track was at an altitude of 650ish ft above sea level, so i dont know the correction formula or if they did it for me already.