Dr_jitsu
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- Jun 4, 2019
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OK, so I have been sniffing around this forum for a while now, and hopefully have a good grasp regarding tuning/performance options.
With bolt ons w/ bigger turbos and other upgrades, these cars are making big power. My definition of big power is influenced by where I live which is the roll on/street racing capital of the Universe, Houston Texas...UM, I mean Mexico
Typically more than 600 whp is required to be considered as fast, but with the torque and power band of these cars, 600 whp is a formidable number. On the other hand, this car is heavy, but then again the 2JZ weighed a ton.
I think that eventually, the Stinger will become another Supra in terms of tunability.
However, as someone with decades of experience, I can tell you that a host of other challenges come when you are talking about cars with big power. For example, the Porsche Metzger motor was capable of making 800 whp on a stock block. Nonetheless, these power levels started breaking everything, transmissions, axels, differentials. Keep in mind, then Metzger and Porsche were developed from thousands of hours on the race track, and that is why they were so durable. The Stinger does not have this heritage.
Guys on this forum claim that "cars are making more than 600 whp and running with no issues for tens of thousands of miles...."
Sorry, but I call bullshit. You cannot defy the basic laws of physics, engineering, and gravity.
We are going to see stuff break, and of course the aftermarket will eventually come up with solutions.
Ideally, I would have a daily driver and the Stinger would be my weekend tuner/roll on car. I could run 600 plus whp and if I broke stuff have my unmodified daily to get to work etc. Unfortunately, my M3 is not relieable....at all. The Stinger is my daily.
For right now, I am interested in the best balance of performance and tunability. Based upon my research, it seems that a JB4 set to stage 2 with better breathing intakes gives the best balance of performance and reliability. I am in Texas and have ready access to 93 octane gas. However, I would want the car to make less than 500 ft lbs of torque as those numbers are brutal on drivetrains. I would back off the torque a bit.
Would this car give a good balance of performance and durability? What would the weak links look like?
With bolt ons w/ bigger turbos and other upgrades, these cars are making big power. My definition of big power is influenced by where I live which is the roll on/street racing capital of the Universe, Houston Texas...UM, I mean Mexico

I think that eventually, the Stinger will become another Supra in terms of tunability.
However, as someone with decades of experience, I can tell you that a host of other challenges come when you are talking about cars with big power. For example, the Porsche Metzger motor was capable of making 800 whp on a stock block. Nonetheless, these power levels started breaking everything, transmissions, axels, differentials. Keep in mind, then Metzger and Porsche were developed from thousands of hours on the race track, and that is why they were so durable. The Stinger does not have this heritage.
Guys on this forum claim that "cars are making more than 600 whp and running with no issues for tens of thousands of miles...."
Sorry, but I call bullshit. You cannot defy the basic laws of physics, engineering, and gravity.
We are going to see stuff break, and of course the aftermarket will eventually come up with solutions.
Ideally, I would have a daily driver and the Stinger would be my weekend tuner/roll on car. I could run 600 plus whp and if I broke stuff have my unmodified daily to get to work etc. Unfortunately, my M3 is not relieable....at all. The Stinger is my daily.
For right now, I am interested in the best balance of performance and tunability. Based upon my research, it seems that a JB4 set to stage 2 with better breathing intakes gives the best balance of performance and reliability. I am in Texas and have ready access to 93 octane gas. However, I would want the car to make less than 500 ft lbs of torque as those numbers are brutal on drivetrains. I would back off the torque a bit.
Would this car give a good balance of performance and durability? What would the weak links look like?