D16 stroker guestion
rex freymond
Band Wagon
i was wondering if anyone that has built a d16 with a d17 crank has tried to put a b18 pulley . i know the pulley fits the crank and it has three pulleys but i dont know if the pulleys line up with the alt p/s and a/c . also i was wondering if anyone has taken a d16 and a d17 oil pump apart to see if you can swap the internal parts to fit the d17 crank
Comments
whats the plan?
why is it that you ask questions instead of finding out answers for yourself?
:roll:
sounds like u want someone to do your home work for you.
no the b18 pulley will not work. it extends out to far for the alternator pulley.
the real problem is that the pulley contains more weight to offset the frequency produced from the b18 crank.
if your trying to keep a stock look than machine the ends of the d17 crank so that it will work inside the a6 oil pump.
the d17 oil pump has a hole for a dipstick so you will end up running 2 dipsticks.
also the rt4wd oil pan will not work with the d17 oil pump.
i have been doing this mad research on mismatched parts for awhile now.
d17 has the dip stick at the rear (intake side) of the block not the oil pump tho. i got a D17A1 pump on my SOHC ZC block right now using the stock dip stick location between exhaust runners 2 and 3.
I'll be interested to hear how this build turns out. If you post a build thread somewhere make sure to link it here. I was thinking about trying that same thing. As to the the Vitara's in the stroker ZC a quick run on the compression calculator gives me 7.87:1 CR with the pistons sticking 0.020 out the hole. Are you planning on skimming the head down a lot to boost that CR? What I was thinking for the build was the PMS-A00 GX pistons which would yield around a 9.78:1 CR or the stock D17A2 plus skimming the block .03 to bring them up to deck height you are looking at 8.68:1 which still seems a bit low but not bad if you plan to boost...maybe take a little off the head too...though I dunno what you'd be running into with valve interferences doing that kinda work.
I'm pretty new to engine building so if I'm way off with any of my ideas there feel free to tell me. Just going off all the stuff I've read on the subject recently.
I ran your numbers through the D-series calculator here for my own interest. Looks like you are definitely right on track. It looked to me like you should only need to shave about 0.5mm off those vitara pistons to drop them to deck level (according to the calculator). Then with the 76mm bore and .07in shaved off the head (and my rough calculation to compensate for some of the dish lost by the 0.5mm piston shave) with a .037 thick head gasket your at 9.08:1. So you seem to be right on with what you are thinking. Sounds like it should be a great build for the RT.
the y8 is the oil pump with the dipstick in the front.
So far, the advice I (and others) have gotten from danz has been right on, but I haven't found his original thread for the build. I may give up on the "No Machine Work" concept and grind down the snout of the d-17 crank to use the ZC timing gears, oil pump and pan. I believe he says that the ZC oil pan is the same as the RT4WD pan. If so, this would make the project easier, as I have no pan from the ZC (got it as a bare block and complete head)
Jaker says to use the stock d-16 pump, pulley and seal. I am hoping the d16 pulley will work with the ZC oil pump and d-16 pan. This seems to be the combination that causes the least amount of question marks.
miniwhl (Jesse)
However you can't do this without some modifications to the crank. Mine's getting ground by a crank guy in CT so it matches the D16A6 stuff perfectly.
http://www.zealautowerks.com/dseries.html
here is a step by step build for using the d17 crank but this guy used the d16y8 and also bored it out.
http://www.d-series.org/forums/engine-b ... build.html
here is the d17 N/A thread danz was refering to.
http://www.d-series.org/forums/showcase ... build.html
if you are serious about doing this swap then log onto d-series.org and start reading. there is a ton of information.
Jesse