- Location
- dominican republic
opcion :What is the Corect instal ?
- vforce3
- R&d spacer
- R&D intake manifold
Just read some old threads, I’m not claiming any of this knowledge, but some big dog builders were saying backing the petals away from the fluctuations in pressure right up against the crank, and add longevity to your reed life... it makes sense.Isn't best to keep the intake tract as short as possible? What's the effect of lengthening?
opcion :
1- crank - vforce3 - R&D intake manifold (like ProSouth picture)
2- crank - R&d spacer - vforce3 - R&D intake manifold (left side of the picture)
3- crank - vforce3 - R&d spacer - R&D intake manifold (right side of the picture)
Knowledge is king and I have none on subject. When designing a manifold for production these guys must weigh all options and I guess the benefit of lenghtening is out weighed. However if there is trait you're after I guess adding spacer allows you to accomplish that. Just curious what that trait is.Just read some old threads, I’m not claiming any of this knowledge, but some big dog builders were saying backing the petals away from the fluctuations in pressure right up against the crank, and add longevity to your reed life... it makes sense.
I had been researching this for jacky and came across a reed stuffer/spacer debate thread.
2. Crank-spacer-reeds-manifold would be my guessfinaly ?
1? 2? or 3?
My knowledge is minimal and I try to read and listen when experience is talking. I’m fortunate to have direct contact with a couple builders on total opposite sides of the spectrums. One being a freestyle guy and the other being a kawi race ski builder.Knowledge is king and I have none on subject. When designing a manifold for production these guys must weigh all options and I guess the benefit of lenghtening is out weighed. However if there is trait you're after I guess adding spacer allows you to accomplish that. Just curious what that trait is.