FI system weight - noticeable?
I'm curious on the effect of the weight of FI systems and how that affects the Z's handling, subjectively and objectively: Is the the weight-distribution between F/R wheels noticeable?
Am I correct in thinking TT FI with a FMIC would add around 100lbs?
Does anyone care to chime in?
I did search so search-****s step off, please.
Thanks in advance.
Am I correct in thinking TT FI with a FMIC would add around 100lbs?
Does anyone care to chime in?
I did search so search-****s step off, please.
Thanks in advance.
I believe the shipping weight for the turbo kit is around 75-100 lbs including the intercooler and piping, but I would say its less than 100 lbs since you will be replacing the stock headers for the manifolds and pulling out the stock air box in place of the TT's filters.
Originally Posted by halitosis
I'm curious on the effect of the weight of FI systems and how that affects the Z's handling, subjectively and objectively: Is the the weight-distribution between F/R wheels noticeable?
Am I correct in thinking TT FI with a FMIC would add around 100lbs?
Does anyone care to chime in?
I did search so search-****s step off, please.
Thanks in advance.
Am I correct in thinking TT FI with a FMIC would add around 100lbs?
Does anyone care to chime in?
I did search so search-****s step off, please.
Thanks in advance.
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Originally Posted by prescience
Larger wheels and tyres which are almost always needed to get the necessary traction also add to the overall weight
That's interesting. Im running 9.5 front (245/35) and 10.5 rear (275/35) Volks SF Challenge having switched from OEM Rays - which I know are lighter than the 'stock' alloy we get here in UK.
Anyone know of a link to wheel and tyre weights
Anyone know of a link to wheel and tyre weights
Originally Posted by prescience
That's interesting. Im running 9.5 front (245/35) and 10.5 rear (275/35) Volks SF Challenge having switched from OEM Rays - which I know are lighter than the 'stock' alloy we get here in UK.
Anyone know of a link to wheel and tyre weights
Anyone know of a link to wheel and tyre weights

BTW, nice choice in wheels (the Volk SF Challengers
Last edited by WA2GOOD; Dec 8, 2005 at 12:51 PM.
Thnx look
with the Brembos being more visible IMHO
I've strayed this a bit OT with apologies to halitosis (isn't that bad breath BTW
) so I'm gonna gree with WA2GOOD and say I've noticed no difference in the dynamics since strapping the Vortech kit on
with the Brembos being more visible IMHOI've strayed this a bit OT with apologies to halitosis (isn't that bad breath BTW
Last edited by prescience; Dec 8, 2005 at 12:54 PM.
Originally Posted by prescience
Thnx look
with the Brembos being more visible IMHO
I've strayed this a bit OT with apologies to halitosis (isn't that bad breath BTW
) so I'm gonna gree with WA2GOOD and say I've noticed no difference in the dynamics since strapping the Vortech kit on 
with the Brembos being more visible IMHOI've strayed this a bit OT with apologies to halitosis (isn't that bad breath BTW
BTW: Halitosis = chronic bad breath. I'm not sure I choose this sn. Oh well.
Originally Posted by prescience
That's interesting. Im running 9.5 front (245/35) and 10.5 rear (275/35) Volks SF Challenge having switched from OEM Rays - which I know are lighter than the 'stock' alloy we get here in UK.
Anyone know of a link to wheel and tyre weights
Anyone know of a link to wheel and tyre weights
26 lbs minimum for SF Challenge
18 lbs OEM Rays
Nobody mentions tire weights.
PS2 very light compared to KD's for example.
I have PS2 on order.
Yeah and that WILL make a difference to performance since straightline acceleration is proportional to rotational acceleration of wheels.
Rotational wheel acceleration is proportional to inertia of final drive, a part of which will be inertia of wheels which i turn depends on mass. But it also depends on mass distribution across the wheel and the less mass at the edges the better compared to the centre.
Phew sorry
Rotational wheel acceleration is proportional to inertia of final drive, a part of which will be inertia of wheels which i turn depends on mass. But it also depends on mass distribution across the wheel and the less mass at the edges the better compared to the centre.
Phew sorry




