lightend the car
i dont want to take out the a/c and things will be neccessary for daily drive....
and i know c/f hood/console, Titenium exhaust system(amsue exhaust)lol, wat else?
and since my hood is already made of alumiunum i dont think cf hood will do lotz of good?
anybody can tell me wat else can i do to make the car lighter?
and i know c/f hood/console, Titenium exhaust system(amsue exhaust)lol, wat else?
and since my hood is already made of alumiunum i dont think cf hood will do lotz of good?
anybody can tell me wat else can i do to make the car lighter?
Pair of racing seats.
Get rid of spares and tools.
Get rid of carpets.
Lighter wheels.
Lighter radiator.
Lighter battery.
Get rid of front and rear reinforcement.
Carbon hatch and Carbon doors (if you have the cash)
Get rid of spares and tools.
Get rid of carpets.
Lighter wheels.
Lighter radiator.
Lighter battery.
Get rid of front and rear reinforcement.
Carbon hatch and Carbon doors (if you have the cash)
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For approximating the best 0-60 and 1/4 time improvements you can simply scale the base times by the ratio of the weight reduction. I.e., 300 lbs is about 10% of the Z weight so that should be roughly .5 sec for the 0-60 and roughly 1.4 sec for the 1/4. You probably won't actually see improvements this large because of the other factors affecting these acceleration times like the slight lag time during shifts, aero drag during the later half of the 1/4, driver reaction time, rolling resistance, wheel slip, etc.
It also makes a difference where the weight reduction comes from. If it's predominantly from rotating elements like the flywheel, pulleys, and wheels the potential improvement is actually higher because you're overcoming translational and rotational inertia. For the large diameter wheels that are in vague these days this can be a large factor.
Unfortunately it's tough to measure the weight effect without actually doing the accel's. Unlike power/drive train mods where a dyno can be done to provide a specific number. I suspect this why there seems to be more interest in the hp number than the actual accel numbers for the enthusiasts.
It also makes a difference where the weight reduction comes from. If it's predominantly from rotating elements like the flywheel, pulleys, and wheels the potential improvement is actually higher because you're overcoming translational and rotational inertia. For the large diameter wheels that are in vague these days this can be a large factor.
Unfortunately it's tough to measure the weight effect without actually doing the accel's. Unlike power/drive train mods where a dyno can be done to provide a specific number. I suspect this why there seems to be more interest in the hp number than the actual accel numbers for the enthusiasts.
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