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Turbo lag is the delay from when a driver steps on the accelerator until the extra power generated by the turbocharger arrives. A turbocharger is driven by exhaust gases, so there is a lag before a greater amount of exhaust gas causes a turbine wheel to draw more fresh air into the engine and generate more power. |
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Say your turbo spools up at 3800 rpm..from idle at around 700 rpm to 3800 rpm you will have lower power..as soon as the turbo spools up you get more power..the time before your turbo is the lag Does that make any sense |
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I actually wasn't considering the 428, but they didn't have a 228 and they have the same engine (even though the 428 adds a couple hundred pounds). The turbo lag was definitely a lingering thought, but the main reasons I went with the 235 are that it wasn't that much more than the 228 once I built out each one, and I know I'll never regret it over the smaller engine. I first noticed it on the highway, and those jumps from ~60-70mph were the only time it was annoying to me. |
Test a Dodge Challenger. http://4.bp.blogspot.com/-UHm_JTlKI3...-VIN0001-0.jpg
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No idea if I'll like the 428 or not, never drove one. This week I'll know. |
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If only I was richer..... Enjoy those rides boys. Good stuff in here. |
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I did not follow this strategy, which is why I'm getting a 235. :D |
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