Last Friday night i had the opportunity to go to Cecil Country Dragway. This is the first time i have run the .:R, but not my first time at the track. I have run a 1.8T, WRX, and MazdaSpeed6 before. So this isnt my first time with AWD, but it was the first time with a non-manual. It was a good time, but i am disappointed with the times. I was hoping for anything in the 13.xxxxx @ I Dont Care. I didnt really come close at all. She is completely stock and I have Continental All-Seasons for tires from the factory.
A couple of observastions:
My first run i had the car is S with the ESP off and tried to use the Luanch Control. It seemed that while in the staging lane, then driving up to the lights, the Launch Control becomes disabled. So when i got to the lights, i had to put it into D, then back into S and it would work. It did this consistantly all night.
This thing is consistant. Once i figured it out, the last 5 runs are within 0.1 of each other. But what did bother me a little is the final speeds are inconsistant. On each run i just let the DSG shift, except for the last. The last run i shifted at 6k and ended up with a similar time.
I know that Reaction Time does not matter, but trying to get that to a low number is hard. Gauging when to release the brake and how long until the car lurches forward was hard.
This car is much quicker on the street than at the strip. I have had fun runs against 13 second cars and kept up a lot better than what these times show. It is hard to explain to someone with a 14.5 for a 30k car that it is quicker on the street than the strip. But it isnt a drag car.
One piece of advice I was given was to raise the front tire pressure to 50psi. This will break the front tires loose quicker and engage the AWD for the rear wheels quicker. This makes sence and that is what i did for the MazdaSpeed6.
On to the Time Slips. I dont have a scanner at home, so they are typed in the order that i ran them:
Elevation: 330'
Temperature: Low 70's
Humidity: High 40's to Low 60's
R/T = .914
60’ = 2.554
330 = 6.632
1/8 = 9.926
MPH = 75.28
1000 = 12.745
1/4 = 15.121
MPH = 95.33
R/T = .759
60’ = 2.168
330 = 6.160
1/8 = 9.460
MPH = 74.75
1000 = 12.297
1/4 = 14.762
MPH = 92.17
R/T = .721
60’ = 2.153
330 = 6.147
1/8 = 9.413
MPH = 75.42
1000 = 12.228
1/4 = 14.6.12
MPH = 94.96
R/T = .504
60’ = 2.150
330 = 6.122
1/8 = 9.381
MPH = 75.52
1000 = 12.193
1/4 = 14.564
MPH = 97.03
R/T = .682
60’ = 2.141
330 = 6.094
1/8 = 9.311
MPH = 76.72
1000 = 12.089
1/4 = 14.439
MPH = 96.3
R/T = .357
60’ = 2.139
330 = 6.103
1/8 = 9.349
MPH = 75.79
1000 = 12.153
1/4 = 14.527
MPH = 95.31
R/T = .410
60’ = 2.145
330 = 6.088
1/8 = 9.338
MPH = 76.01
1000 = 12.150
1/4 = 14.516
MPH = 97.29s
On to some videos. They are not the best and not each run was recorded. I told my buddy to sit in the grandstands, but he did not listen:
[URL="http://www.youtube.com/watch?v=x1t8yjkiPJU"]http://www.youtube.com/watch?v=x1t8yjkiPJU
[/URL]
[url="http://www.youtube.com/watch?v=AdUh0ZaKWoU"]http://www.youtube.com/watch?v=AdUh0ZaKWoU[/url]
[url="http://www.youtube.com/watch?v=Rh8aBHcKToI"]http://www.youtube.com/watch?v=Rh8aBHcKToI[/url]
[url="http://www.youtube.com/watch?v=mI6_rq9qf_o"]http://www.youtube.com/watch?v=mI6_rq9qf_o[/url]
On to some pics:

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