There are some very nice and very small pumps now that are inexpensive.
Thy can be run by a standard speed controller that is used for electric motors in FE RC boats. This can be set up for the flow control in conjunction with a remote needle.
A hole threw the case and into the liner just above the boost port is what I have in mind.
The piston sealing the hole will be the timing control.
I know I am crazy..................................LOL
"A hole threw the case and into the liner just above the boost port is what I have in mind.
The piston sealing the hole will be the timing control."
Wow David! Your ideas parallel my "Farm" conversation very well. Actually, plagiarize would be the correct word.
I heard this from Geraghty maybe 5-8 years ago. Maybe even longer.
I did this about 15 years ago when I was trying to develop a mechanical F.I. system...
I was drilling .016" hole about .020" above the height of the exhaust port with the hole positioned above the boost port...
This was the combustion pressure piped right to the fuel tank for pressure...
"BE CAREFUL"....
The only hitch in this system is how far and fast the rubber plug in a Sullivan tank can be shot across the room...
The plug will exit the tank at about warp 9...lol ... I have no idea how much fuel pressure is developed but it is a bunch...
I just never got around to developing some sort of pressure relief system to limit the fuel pressure to the tank...
Pipe pressure just wasn't enough to get the F.I. to work right...
I still have the F.I. body and fuel mixture brain somewhere if somebody wants to see some photos...
It works just like a hilborn without the fuel return to the tank...
The fuel delivery signal with normal aspirated induction systems is always reactive .... the fuel delivery signal with a F.I.
is proactive....There is a ton of performance there if some body can get a F.I. to work....