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#1
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Throttle Response???
Hey all, this is a serious newb question, but I thought someone here might know the answer. I just bought my first honda powered vehicle a 1990 Integra LS, 5 Speed, Stock everything else (for now).
I have noticed a quirk with the throttle response when shifting. When depressing the clutch/realeasing the throttle for shifting up, the rpms tend to stay the same, rather than drop as most manual cars I have driven do. If I remain off the gas, the rpms come down to idle within a second or two, but this is troublesome for normal shifting. Is this type of freewheeling normal for the honda/acura engines, or should I be looking at something in the throttle/intake parts of the engine for a problem. I noticed this quirk on other hondas/acuras that I test drove prior to buying this one. So, I tend to think that these small high revving engines have slower rpm decrease. But, I have worked on/driven toyotas/vw's without experiencing this. Any ideas??? Thanks Joe |
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#2
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Re: Throttle Response???
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#3
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a lightweight flywheel will lest it rev and fall quicker.
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95 b18b new crank, eagle rods, je 10.5 : 1 pistons, 8lb flywheel, stage 3 act clutch, billet aluminium and urathane mounts, balanced rotating mass, 14.3 @ 93mph New additions, teo4h turbo, ssautochrome turbo manifold, custom piping, turboxs bov, dsm 450cc injectors, greddy e-manage fuel controller 13.07 @ 107 untuned |
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#4
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LadyBug--thanks for the link, looking at the forums for something
Redmanjd--i understand what your saying but I am not sure that it answers the question. Basically the question is this, should the rpm fall quickly when letting off the throttle to shift??? Currently my teg doesn't. I admit that this is my first honda motor and the first time i have experienced this in a car. I am wondering, in stock form, if this is normal. Thanks Joe |
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#5
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yes it is normal because these cars need that inertia(spelling) to keep them going, such as up hill
__________________
95 b18b new crank, eagle rods, je 10.5 : 1 pistons, 8lb flywheel, stage 3 act clutch, billet aluminium and urathane mounts, balanced rotating mass, 14.3 @ 93mph New additions, teo4h turbo, ssautochrome turbo manifold, custom piping, turboxs bov, dsm 450cc injectors, greddy e-manage fuel controller 13.07 @ 107 untuned |
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#6
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redmanjd,
thanks for the info, that is what i was suspecting. Joe |
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#7
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Yeah, its also for economy. Which means because it takes more to get it spinning, it will accelerate a little slower, but you can drive around a little easier. A lightweight flywheel should give you the opposite.
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