New Induction System - Worth Seeing
#1
New Induction System - Worth Seeing
Attached are four pictures of parts of the America GS's new induction system before final preparation. Yesterday, someone asked me if I "loved" it. I replied that I cannot love an inanimate object, no matter what it is, how rare it is or how much it is worth, but that I can be pleased with something. And I am as pleased with what has been done on this as I have been re any component for any vehicle in quite some time. Forgetting the weight savings of approximately 11 pounds (high and rear) over the metal equivalent, the induction (air) box has such features as electronically operated dual carbon fiber resonance flaps, titanium shafts to operate the butterflies and titanium fasteners throughout. Additionally, the metal tool to make the box has been constructed so as enable the use of different center sections so as to be able to produce boxes (albeit with different air intake apparatus) for 997 Cup Cars and certain 997 street cars. Taken together, this is why I presumed upon all of you and included in the title of this thread words I have never used before, "worth seeing".
#5
Drifting
RSR one is $35K on the 996.. The race shop I use had one as jewelry for a while.
#6
And, btw, we supplied the 996 one and, truly, even at $15,000, this airbox is a bargain compared to that because, among other things, the RSR version has no internal moving parts.
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#8
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Art should not be priced. : )
So assuming this is an exact copy of the factory air-box, did playing with the roughness of the surface in the interior of it, produced any meaningful output results in the engine dyno?
I remember discussing it in this thread: https://rennlist.com/forums/997-gt2-...ml#post8156012
So assuming this is an exact copy of the factory air-box, did playing with the roughness of the surface in the interior of it, produced any meaningful output results in the engine dyno?
I remember discussing it in this thread: https://rennlist.com/forums/997-gt2-...ml#post8156012
#9
Another of your marvels to behold.
While price is a product of all kinds of factors (some real, some imagined, some invented, some imposed) I have to wonder why this sort of thing costs more than a couple of dollars. Seriously!
I'm sure there's a fair business case to recoup R&D that would push price skyward according to reliable estimates of volume, demand and competitive products, but again, that would be a business case and presumably the production of these one-off parts is part of some other sort of venture beyond contract work to complete one-off parts.
I wonder if there's any need for it to be made out of carbon fibre; it appears to need heat tolerance and some degree of rigidity, but otherwise, no real strength (or even durability.) This kind of thing (and intake plenum, throttle body housing, etc. ) seems like an ideal candidate for some plastic "printed" out of a 3D rapid manufacturing machine of some sort (SLA or whatever the state of the art might be, I don't purport to be any sort of expert.) I envisage a quick 3D measurement of the existing piece, some (extensive) tidy-up work in a 3D modeling application like Solidworks, some decisions about materials, thicknesses, reinforcement, etc., then "print" a "copy" and start iteratively adjusting until everything lines up, then press in some bushings and bearing surfaces and Bob's your auntie's live-in lover. No? : )
While price is a product of all kinds of factors (some real, some imagined, some invented, some imposed) I have to wonder why this sort of thing costs more than a couple of dollars. Seriously!
I'm sure there's a fair business case to recoup R&D that would push price skyward according to reliable estimates of volume, demand and competitive products, but again, that would be a business case and presumably the production of these one-off parts is part of some other sort of venture beyond contract work to complete one-off parts.
I wonder if there's any need for it to be made out of carbon fibre; it appears to need heat tolerance and some degree of rigidity, but otherwise, no real strength (or even durability.) This kind of thing (and intake plenum, throttle body housing, etc. ) seems like an ideal candidate for some plastic "printed" out of a 3D rapid manufacturing machine of some sort (SLA or whatever the state of the art might be, I don't purport to be any sort of expert.) I envisage a quick 3D measurement of the existing piece, some (extensive) tidy-up work in a 3D modeling application like Solidworks, some decisions about materials, thicknesses, reinforcement, etc., then "print" a "copy" and start iteratively adjusting until everything lines up, then press in some bushings and bearing surfaces and Bob's your auntie's live-in lover. No? : )
#10
Can I request that you move the panel filter to the other side of the intake? That's right in my way... Actually I could move things around a bit for that.
Very, very nice. Do want, badly...
Very, very nice. Do want, badly...
#11
The good news is that it was built so as to move the filter either way. The bad news is that making it is neither as quick, nor as cheap, as CGT would opine. Notwithstanding, if one was to make hundreds, preferably, thousands, other production methods and materials could be employed but then the cost of tooling and fixturng would rise, particularly because of all of the little internal and external moving and other parts.
#12
The good news is that it was built so as to move the filter either way. The bad news is that making it is neither as quick, nor as cheap, as CGT would opine. Notwithstanding, if one was to make hundreds, preferably, thousands, other production methods and materials could be employed but then the cost of tooling and fixturng would rise, particularly because of all of the little internal and external moving and other parts.
#13
I did not express the opinion that this particular part was quick or quick to any extent. I did invite you, or others, to explain more about the real costs of this kind of part, especially in the context of parts that don't call for any specific characteristic of carbon fibre other than its relatively light weight compared to a metal alloy (in this case, regardless of strength.)
#14
Three Wheelin'