Could A B18C5 @11:1 CR motor be turbocharged effectively?
i been feeling the turbo itchy lately and was wondering if my engine could be boosted.??
b18c5
11:1 wiesco pistons 81.5mm bore
callilo pro a rods
stock b18c5 crank
m22xx cams
balanced & blueprinted
thanks guys
b18c5
11:1 wiesco pistons 81.5mm bore
callilo pro a rods
stock b18c5 crank
m22xx cams
balanced & blueprinted
thanks guys
Im around 240 hp on stock 11:1 B16 longblock a good 15.000 kms.
F20c can do 500whp easy on stock 11:1 pistons.
The bigger the overlap the better with high Cr, IF you plan on doing a very efficient manifold and big turbo setup. like top mount mani and at least 62mm turbine wheel. If on the other hand
planning on getting a small manifold and a small 300-400 hp turbo those cams will kill power.
EDIT you must be carefull on those rods. If they are not the SA id keep it like 350whp max and that not on a very torque heavy early spooling turbo.
F20c can do 500whp easy on stock 11:1 pistons.
The bigger the overlap the better with high Cr, IF you plan on doing a very efficient manifold and big turbo setup. like top mount mani and at least 62mm turbine wheel. If on the other hand
planning on getting a small manifold and a small 300-400 hp turbo those cams will kill power.
EDIT you must be carefull on those rods. If they are not the SA id keep it like 350whp max and that not on a very torque heavy early spooling turbo.
Im around 240 hp on stock 11:1 B16 longblock a good 15.000 kms.
F20c can do 500whp easy on stock 11:1 pistons.
The bigger the overlap the better with high Cr, IF you plan on doing a very efficient manifold and big turbo setup. like top mount mani and at least 62mm turbine wheel. If on the other hand
planning on getting a small manifold and a small 300-400 hp turbo those cams will kill power.
EDIT you must be carefull on those rods. If they are not the SA id keep it like 350whp max and that not on a very torque heavy early spooling turbo.
F20c can do 500whp easy on stock 11:1 pistons.
The bigger the overlap the better with high Cr, IF you plan on doing a very efficient manifold and big turbo setup. like top mount mani and at least 62mm turbine wheel. If on the other hand
planning on getting a small manifold and a small 300-400 hp turbo those cams will kill power.
EDIT you must be carefull on those rods. If they are not the SA id keep it like 350whp max and that not on a very torque heavy early spooling turbo.
from their website
Pro-A Beam Rods: The A-beam rod is a light weight rod that is designed for high revving motors. It can hold moderate horsepower numbers and is the rod of choice for most street cars looking to push more power than the stock internals can handle, they are rated for up to 650whp
that's alot more than my power goal lol
and what's S2 tuner 1 cams
skunk 2 ??
Pro-A Beam Rods: The A-beam rod is a light weight rod that is designed for high revving motors. It can hold moderate horsepower numbers and is the rod of choice for most street cars looking to push more power than the stock internals can handle, they are rated for up to 650whp
that's alot more than my power goal lol
and what's S2 tuner 1 cams
skunk 2 ??
from their website
Pro-A Beam Rods: The A-beam rod is a light weight rod that is designed for high revving motors. It can hold moderate horsepower numbers and is the rod of choice for most street cars looking to push more power than the stock internals can handle, they are rated for up to 650whp
that's alot more than my power goal lol
and what's S2 tuner 1 cams
skunk 2 ??
Pro-A Beam Rods: The A-beam rod is a light weight rod that is designed for high revving motors. It can hold moderate horsepower numbers and is the rod of choice for most street cars looking to push more power than the stock internals can handle, they are rated for up to 650whp
that's alot more than my power goal lol
and what's S2 tuner 1 cams
skunk 2 ??
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