spoon engine????? or spoon stroker kit
I was looking at Inlinefour last night and i seen they had fully built spoon motors. are they really worth getting? Or should i just get a spoon stroker kit. if i get the stroker kit what will i have to do to make it fit my B16 what would be the expected HP and TQ gains from the stroker kit. sorry for the newbie Question but ive never really been to interested in a stroker kit but ive heard u can gain quite a bit of power from them.. Thanks
the spoon stroker kit is for the B16B not the b16a....
you would have to mod the pistons and rods to make it fit... and it would give you a shitty r/s ratio.... not worth it in my opinion
if you have the money to spend 5-6K on an incomplete longblock.... youd be better off buying a ITR motor... and modding the **** out of it... would be alot faster than the spoon motor anyway... my.02
you would have to mod the pistons and rods to make it fit... and it would give you a shitty r/s ratio.... not worth it in my opinion
if you have the money to spend 5-6K on an incomplete longblock.... youd be better off buying a ITR motor... and modding the **** out of it... would be alot faster than the spoon motor anyway... my.02
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by Irishweird00 »</TD></TR><TR><TD CLASS="quote">the spoon stroker kit is for the B16B not the b16a....
you would have to mod the pistons and rods to make it fit... and it would give you a shitty r/s ratio.... not worth it in my opinion
if you have the money to spend 5-6K on an incomplete longblock.... youd be better off buying a ITR motor... and modding the **** out of it... would be alot faster than the spoon motor anyway... my.02</TD></TR></TABLE>
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.
you would have to mod the pistons and rods to make it fit... and it would give you a shitty r/s ratio.... not worth it in my opinion
if you have the money to spend 5-6K on an incomplete longblock.... youd be better off buying a ITR motor... and modding the **** out of it... would be alot faster than the spoon motor anyway... my.02</TD></TR></TABLE>
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by GreenR »</TD></TR><TR><TD CLASS="quote">
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.</TD></TR></TABLE>
That is incorrect... the deck height of the B16B is taller. It is the same as the B18c.
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.</TD></TR></TABLE>
That is incorrect... the deck height of the B16B is taller. It is the same as the B18c.
<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by GreenR »</TD></TR><TR><TD CLASS="quote">There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.</TD></TR></TABLE>
you may want to do more research on this- as your statement is not true- thanks for playing though!
you may want to do more research on this- as your statement is not true- thanks for playing though!
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<TABLE WIDTH="90%" CELLSPACING=0 CELLPADDING=0 ALIGN=CENTER><TR><TD>Quote, originally posted by GreenR »</TD></TR><TR><TD CLASS="quote">
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.</TD></TR></TABLE>
B16B block = 8.347) 81x77.4 143.3mm rod
B18C block = 8.347) 81x87.2 137.9mm rod
B16A block = 7.998) 81x77.4 134mm rod
I may be wrong or off a little on the B16B rod length I just figured it out by subtracting stroke/2, and compression height from the overall height of the block...
There's no difference between the B16B and B16A blocks except the pistons 10.8:1 CR vs. 10.2:1.</TD></TR></TABLE>
B16B block = 8.347) 81x77.4 143.3mm rod
B18C block = 8.347) 81x87.2 137.9mm rod
B16A block = 7.998) 81x77.4 134mm rod
I may be wrong or off a little on the B16B rod length I just figured it out by subtracting stroke/2, and compression height from the overall height of the block...
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