jdm b16a setup
I’m really new to this page and turbo setups but am familiar with b series and honda quirks in general, excuse me if i don’t know forum etiquette😅 but anyways hey guys, recently bought a motor of a buddy of mine, built by the guy who owned it before him.
here’s the specs:JDM b16A Engine
JG301 cams and JG cams gears
Supertech dual valve springs and retainers
ARP head studs and main studs
BWR Block guard
Weisco pistons 81.5 (9:9:1 comp ratio)
H beam rods
Skunk 2 maf sensor
Innovative motor mounts
bmr catch can
1000cc iniectors (speed factory)
4 bar boost controller
APR rod bolts
GSR Tranny w/ stage 3 comp clutch and lightened flywheel
currently unknown turbo and manifold, but has turbo smart blow off valve and wastegate
socketed p28
and now for my questions, what kind of power would you guys expect to make out of this? is there a good way to tell the size of turbo and brand? what kind of map sensor should i be running? Again, apologies if these questions could be answered somewhere else already🫡
here’s the specs:JDM b16A Engine
JG301 cams and JG cams gears
Supertech dual valve springs and retainers
ARP head studs and main studs
BWR Block guard
Weisco pistons 81.5 (9:9:1 comp ratio)
H beam rods
Skunk 2 maf sensor
Innovative motor mounts
bmr catch can
1000cc iniectors (speed factory)
4 bar boost controller
APR rod bolts
GSR Tranny w/ stage 3 comp clutch and lightened flywheel
currently unknown turbo and manifold, but has turbo smart blow off valve and wastegate
socketed p28
and now for my questions, what kind of power would you guys expect to make out of this? is there a good way to tell the size of turbo and brand? what kind of map sensor should i be running? Again, apologies if these questions could be answered somewhere else already🫡
Idle RPM will likely be between 900 and 1100 for a smooth idle. Once on Dyno, set the VTEC point high like 7000 and tune the low cam fuel table... then set the crossover point low like 3500 and tune the high cam fuel table. Where the two HP graphs cross is the ideal VTEC crossover point. Launch control depends on tire compound, air pressure, pavement temperature, etc. This setting is ultimately what works best for you. To minimize risk on your drive-train, start at a low engine RPM and slowly increase the launch RPM until wheel spin is unmanageable... then drop it a couple-three hundred RPM.
Idle RPM will likely be between 900 and 1100 for a smooth idle. Once on Dyno, set the VTEC point high like 7000 and tune the low cam fuel table... then set the crossover point low like 3500 and tune the high cam fuel table. Where the two HP graphs cross is the ideal VTEC crossover point. Launch control depends on tire compound, air pressure, pavement temperature, etc. This setting is ultimately what works best for you. To minimize risk on your drive-train, start at a low engine RPM and slowly increase the launch RPM until wheel spin is unmanageable... then drop it a couple-three hundred RPM.
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