
Originally Posted by
PhilipA
That's about it.
You get an increase in torque from 1000RPM to 3000RPM and lose power above.
My car has 50% more "tractive effort" from 1500RPM tapering to about 18% at 3000RPM and above. Compared to a 3.9 manifold it makes about 10% less power up high.
I am very happy with the result, and the engine feels like a much larger engine.
I have the Thor manifold mated /adapted to all 14CUX sensors and injectors ( although I have 4 hole Bosch injectors of a similar spec)., plus Unichip, plus self modified heads, snorkel, free flow exhaust.
It is not a bolt in job however.
You need -Range Rover classic fuel rail with the FP regulator on the drivers side of the valley, and grind the coil mounts of the manifold to fit.
Adapt the 14CUX TPS to the Thor Shaft
Make up mounts , piping etc for the stepper,
Re route the oil venting
Make up a hose to accommodate the stepper inlet
Relocate the air cleaner and relocate the MAF
Fabricate a kickdown cable and cable puller, and the hardest bit fabricate a spindle for the kick down on the throttle spindle.
Fabricate heater hoses
Have the Thor manifold drllied and tapped to fit a 14CUX thermostat housing. This was the most expensive bit for me as I had an engineering jobber do it for AFAIR $350. You could DIY but IMHO an accurate job is important for reliability.
Regard sPhilip A
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