OK. I'll play too.
405 rwhp / 391 rwtq
rebuilt 7m w/stock internals
mhg w/arp studs
lucas pte 580's
lex afm
greddey eman blue, basic harness
t4 60 trim / t3 .58A/R hot side at 14psi
BIC tube manifold + 3.5" exhaust
NPR intercooler
those are the two colours I've been playing around with in my head too. Tough call eh? I'm leaning towards the bronzish, so you go white :P
I think white on a red car only looks good with a lot of spokes. I think the bronze would look better on your rims than white.
I think your flywheel bolts have become loose. Pull the plate mentioned above b/w the trans and engine http://www.cygnusx1.net/Supra/Library/EPC/291420/catalog.aspx?F=1106&P=1
part 11361. With the car in gear, try and rotate the flywheel. it should not move.
I'm enjoying the read so far. You guys have both raised some good points.
I'm sure you both know that parts are designed for assumed loads and assumed cycles. I'm sure you both also know that all parts and assemblies have a tolerance. and I'm sure you both also know that what's crunched...
School's getting in the way of building a motor. So I'm selling my Eagle forged H-beam rods and my .040" oversized Probe forged pistons with Total Seal rings.
$950 Canadian for both.
SOLD to an American.
RPM was squared and i divided it later by 32.2 for gravity ;). My imperial units are a little rusty, pound-force. slug foot blob whatever. Why can't you guys just go metric, geez.
who wants the biggest geek prize :D?
I've been wracking my brain for the past two days trying to figure out this damn equation for the reciprocating weight, or oscillating force on the rod bolts:
So let's say I use these rough numbers:
Piston MASS: 310grams = 0.7lbs
Rod MASS: 540grams = 1.2lbs
Stroke...
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