a shot of the ports, viewing from the chamber side
the lighting indeed helps to show the texture of the port surface
for better fuel atomization
and how it changes in texture as it reaches the throat and to the seat
-in theory this is to speed up flow as it reaches the valve
with attempts at generating more possible flow and intake charge
into the combustion chamber
- the section between guide boss and splitter is noticeable here
with regards to work done to minimize obstruction in flow
- guide boss itself is seen here having more "aerodynamic" profile/shape
another shot from the chamber viewing the intake ports
- here, a more visible guide boss shaped with a more aerodynamic profile
some chop it all off, some shorten it , but by shaping it this way
you minimize volume increase and actually maintain a higher flowspeed
- notice the texture change of the port leading to the throat
and the throat being concentric to the valve seat
another shot from the chamber side, this time showing both valve entry
- this was taken bfor being totally finished as evidenced by the texture change
but also best illustrates the work done to it,
- the keen eye may notice , the port itself is still pretty "mild" as far as port enlarging
and or sizing goes ,
but funny enough this head will promote good intake flow velocity
thats good for making decent torque
- this head could work on smaller displacements and do wonders with regards to
torque and power production
and still be able to work with larger displacements , with just changes in
camshaft profile to match
No comments:
Post a Comment