Please, advice about K27 HFS and LFW
#16
911addict.........
3.3 litre.....electronic ignition (it is a 965 engine)
964 cams
1.2 bar spring
Fabspeed cat bypass and Fabspeed muffler with dual outlets
Imagine Auto K-27 HF "S" turbo
Imagine Auto fuel head conversion
FVD ignition sensor mod
BMC filter
Stock intercooler (stock 965 - full decklid)
Fresh internal rebuild with complete valve job
375.6 HP at the rear wheels.....on a Dynojet 248.
32 degrees celcius......25% humidity.......3,300' above sea level.
3.3 litre.....electronic ignition (it is a 965 engine)
964 cams
1.2 bar spring
Fabspeed cat bypass and Fabspeed muffler with dual outlets
Imagine Auto K-27 HF "S" turbo
Imagine Auto fuel head conversion
FVD ignition sensor mod
BMC filter
Stock intercooler (stock 965 - full decklid)
Fresh internal rebuild with complete valve job
375.6 HP at the rear wheels.....on a Dynojet 248.
32 degrees celcius......25% humidity.......3,300' above sea level.
#17
911addict.........
3.3 litre.....electronic ignition (it is a 965 engine)
964 cams
1.2 bar spring
Fabspeed cat bypass and Fabspeed muffler with dual outlets
Imagine Auto K-27 HF "S" turbo
Imagine Auto fuel head conversion
FVD ignition sensor mod
BMC filter
Stock intercooler (stock 965 - full decklid)
Fresh internal rebuild with complete valve job
375.6 HP at the rear wheels.....on a Dynojet 248.
32 degrees celcius......25% humidity.......3,300' above sea level.
3.3 litre.....electronic ignition (it is a 965 engine)
964 cams
1.2 bar spring
Fabspeed cat bypass and Fabspeed muffler with dual outlets
Imagine Auto K-27 HF "S" turbo
Imagine Auto fuel head conversion
FVD ignition sensor mod
BMC filter
Stock intercooler (stock 965 - full decklid)
Fresh internal rebuild with complete valve job
375.6 HP at the rear wheels.....on a Dynojet 248.
32 degrees celcius......25% humidity.......3,300' above sea level.
#20
I mean the factory 965 ignition, which is crank fired and connected to a control module, which was a big improvement over the 930.
We chose to run 1.2 bar because we had the spring on the shelf (main reason) and the cams.
We chose to run 1.2 bar because we had the spring on the shelf (main reason) and the cams.