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Good video. Totally expect the .2 PDK to take the .1 PDK so this wasn't surprising. But I think headers and a tune and the .1 will be pretty close.
Headers and a tune won't make up 10 car lengths. In a roll race, a .2 manual will be faster than both with flat upshifts. The manual puts down more power to the wheels.
Headers and a tune won't make up 10 car lengths. In a roll race, a .2 manual will be faster than both with flat upshifts. The manual puts down more power to the wheels.
It is 25 HP / 15 lbs. torque difference. There's no magic. Matt and others are showing 40whp gains or more with headers and a tune. I like my chances.
It is 25 HP / 15 lbs. torque difference. There's no magic. Matt and others are showing 40whp gains or more with headers and a tune. I like my chances.
The .2 GT3 is dynoing higher than Porsche's listed HP. If you look at rwhp numbers, the .2 GT3 has over 20 rwhp more than a 991.1 GT3 RS and over 40 rwhp more than a 991.1 GT3. If you look at the rwtq numbers, the 991.2 GT3 puts down more than 30 rwtq than a 991.1 RS and more than 50 rwtq than a 991.1 GT3. 40 rwhp does not equate to 10-12 car lengths.
The .2 GT3 is dynoing higher than Porsche's listed HP. If you look at rwhp numbers, the .2 GT3 has over 20 rwhp more than a 991.1 GT3 RS and over 40 rwhp more than a 991.1 GT3. If you look at the rwtq numbers, the 991.2 GT3 puts down more than 30 rwtq than a 991.1 RS and more than 50 rwtq than a 991.1 GT3. 40 rwhp does not equate to 10-12 car lengths.
I wouldn't rely one one dyno result with 50% 100 octane fuel on a DynoJet dyno, which historically gives very optimistic numbers. But let's see what the results look like moving forward!