The way this pic is drawn

There is nothing to regulate how much fuel the electric fuel pump puts in the T tank and the T tank could easily spit fuel out of it's vents. This simple pic is a side veiw of the layout showing the height of each part.

The short long tanks are the saddle tanks. The pink line is fuel coming out of the saddle tanks and going into a electric fuel pump or a stock style mechancial fuel pump. The bump in the pink line (about 4") are my stringers, huge problem!

Green line is fuel out of the electric fuel pump and into the top of the T tank. The yellow line is vents for my saddle tanks. Brown/tan is T tank's pickup tube just a few inches from the MFI's belt driven fuel pump.
At first I was thinking of going with KISS and using gravity for my benefit

but the line going over the stringers is killing it. As soon as the fuel level gets lower than the stringer's highest point it's going to suck air and there will be fuel being unused just sitting in the saddle tanks.
Seems so simple but I can't

figure it out.
I went and looked at a very small tank that Plesh has for his MFI Hat system, it's basically a small rectangluar shaped aluminum tank about 12" X 6" X 6", on both ends of that tank is a Holley Double Pumper float bowl. Fuel goes out of his MFI's mechanical pump and goes into this Holley float bowl system which regulates the amount of fuel allowed into that small tank. I can do the same exact thing but use my T tank as my "Holley float bowl tank".

I'm not very pleased with running this set up. I don't know for sure but I'm guessing Plesh's system is made for a car, a car that doesn't bounce around like a boat does.
That's all I got.
