Tech support post your question here...
You can pick up an Aristo 2j motorset for about 1800shipped then the wiring will be the next thing and and the intercooler. That will set you back about 3g's. YOu'll be at 300rwhp. and you can crank it to about 370ish on the twins.
Stick is just more fun to drive but Auto with power always wins. So it's up to you. Stick will be more $$ to begin with but less pain in the **** when it comes to electronics.
You can pick up an Aristo 2j motorset for about 1800shipped then the wiring will be the next thing and and the intercooler. That will set you back about 3g's. YOu'll be at 300rwhp. and you can crank it to about 370ish on the twins.
You can pick up an Aristo 2j motorset for about 1800shipped then the wiring will be the next thing and and the intercooler. That will set you back about 3g's. YOu'll be at 300rwhp. and you can crank it to about 370ish on the twins.
like lets say 2 cars same engine,same upgades,just 1 stick the other auto.
why you say stick will be more money???isnt it better to not have electronic headaches??
So let's say you are making 500 at the crank you will loose about 15% on a manual so you'll be making 425 at the wheels. So an auto you'll be at 400rwhp.
The true percentage of loss has not been confirm since no one has really put the motor on an engine dyno and then drop it in a car and see what it does through an auto and then a manual. So the rule of thumbs is 5% difference between the 2 trannys.
Price of the manual tranny is what is expensive.
The auto taxes the power more then a manual it's typically a 5% more loss.
So let's say you are making 500 at the crank you will loose about 15% on a manual so you'll be making 425 at the wheels. So an auto you'll be at 400rwhp.
The true percentage of loss has not been confirm since no one has really put the motor on an engine dyno and then drop it in a car and see what it does through an auto and then a manual. So the rule of thumbs is 5% difference between the 2 trannys.
Price of the manual tranny is what is expensive.
So let's say you are making 500 at the crank you will loose about 15% on a manual so you'll be making 425 at the wheels. So an auto you'll be at 400rwhp.
The true percentage of loss has not been confirm since no one has really put the motor on an engine dyno and then drop it in a car and see what it does through an auto and then a manual. So the rule of thumbs is 5% difference between the 2 trannys.
Price of the manual tranny is what is expensive.
Edit : Here is the answer that you're looking for...
Japanese Market Supra Twin Turbo -vs.- U.S. spec Supra Twin Turbo
Engine Specs
Model: (Japan Spec.) / U.S. Spec
Horsepower: (280hp@5600) / 320 hp
Torque: (318ft/lb@3600) / 315 ft/lb
Injectors: (430 cc) / 540 cc
Injector Impedance: (High Impedance) / Low Impedance
Inlet Cam Duration: (224 deg) / 233 deg
Inlet Cam Lift: (7.8mm) / 8.25mm
Airflow Measurement: (MAP sensor) / Mass-Airflow sensor
Turbos: (CT12B Japanese) / CT12B U.S.
Turbine Size: (60mm/48mm) / 52mm/44mm
Compressor Size: (62mm/39mm) / 58mm/39mm
Turbine material: (Ceramic) / Steel
Scroll area (mm^2): (600) / 740
A/R ratio: (0.42) / 0.53
Japanese Spec ¼ mile Performance:
14.0 @ 101mph
U.S. Spec ¼ mile Performance:
13.6 @ 106mph
Last edited by Wicked SC; Jan 14, 2010 at 04:25 PM.
Yes the Cams are smaller in the Aristo versus the US, the injectors in the Aristo are 440cc versus 550cc in the US, and I'm not sure if the twins are bigger but they are made of a different material...
Edit : Here is the answer that you're looking for...
Japanese Market Supra Twin Turbo -vs.- U.S. spec Supra Twin Turbo
Engine Specs
Model: (Japan Spec.) / U.S. Spec
Horsepower: (280hp@5600) / 320 hp
Torque: (318ft/lb@3600) / 315 ft/lb
Injectors: (430 cc) / 540 cc
Injector Impedance: (High Impedance) / Low Impedance
Inlet Cam Duration: (224 deg) / 233 deg
Inlet Cam Lift: (7.8mm) / 8.25mm
Airflow Measurement: (MAP sensor) / Mass-Airflow sensor
Turbos: (CT12B Japanese) / CT12B U.S.
Turbine Size: (60mm/48mm) / 52mm/44mm
Compressor Size: (62mm/39mm) / 58mm/39mm
Turbine material: (Ceramic) / Steel
Scroll area (mm^2): (600) / 740
A/R ratio: (0.42) / 0.53
Japanese Spec ¼ mile Performance:
14.0 @ 101mph
U.S. Spec ¼ mile Performance:
13.6 @ 106mph
Edit : Here is the answer that you're looking for...
Japanese Market Supra Twin Turbo -vs.- U.S. spec Supra Twin Turbo
Engine Specs
Model: (Japan Spec.) / U.S. Spec
Horsepower: (280hp@5600) / 320 hp
Torque: (318ft/lb@3600) / 315 ft/lb
Injectors: (430 cc) / 540 cc
Injector Impedance: (High Impedance) / Low Impedance
Inlet Cam Duration: (224 deg) / 233 deg
Inlet Cam Lift: (7.8mm) / 8.25mm
Airflow Measurement: (MAP sensor) / Mass-Airflow sensor
Turbos: (CT12B Japanese) / CT12B U.S.
Turbine Size: (60mm/48mm) / 52mm/44mm
Compressor Size: (62mm/39mm) / 58mm/39mm
Turbine material: (Ceramic) / Steel
Scroll area (mm^2): (600) / 740
A/R ratio: (0.42) / 0.53
Japanese Spec ¼ mile Performance:
14.0 @ 101mph
U.S. Spec ¼ mile Performance:
13.6 @ 106mph



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LoL i'm such a burn out
