thanks, i will take any and all info

if its not used today, it will be some time in the future
Heres the diz with the igniter in it
View attachment 1177226
First off, my experience is with old school points systems, not the new electronic systems, so take that into consideration.
To start a static time you need to get #1 cylinder at TDC (top dead center) for the compression stroke. There are different ways to do this, compression tester, finger in the spark plug hole, etc. The thing to remember is that both valve rocker arms will be just barely loose, both valves fully closed, when at TDC of the compression stroke. Also, the timing port at the bellhousing/flywheel will look like what you see in the pic in post 1 of this thread.
timing mark moving around at idle This pic also shows the BB, which has been painted white. There is also a line scribed into the flywheel. The line is TDC, and the BB is 7* BTDC (before top dead center).
There are several ways to get the motor to TDC of compression stroke for #1 cylinder. My preference is to pull the plugs and put into gear (key off and best with a flat driveway), and then rock the vehicle back and forth to get the motor to move the way it is needed to move. Once the motor is at TDC for #1, make sure the distributor rotor is pointing towards #1 plug wire, and the line on the flywheel is pointing towards the mark in the bellhousing window. A good double check would be to remove the valve cover and make sure that both rocker arms for #1 are slightly loose. It is possible to be 180* out and at TDC for exhaust stroke, but only one rocker arm will be loose. Once the motor is set to TDC for compression stroke you need to rotate the motor slightly, until the pointer in the bellhousing opening is pointing to the BB (7 degrees before top dead center). You are now at the point where you can set the static timing.
The next step requires some kind of 12 volt light. I like to use a 12V test probe, which will look a lot like a screwdriver with a wire coming out of the handle. The wire will have some kind of a clip on it, and the tip of the "screwdriver" will have a pointed end instead of a screwdriver tip, and there will be a light bulb in the handle.
Next, with the distributor cap off, clip the probe light wire onto the wire/machine bolt that carries the power through the dizzy body, and to the points. Make sure there is nothing grounding out where this bolt goes through the dizzy body, as being grounded at this point completely stops the ability to do the static timing.
The next step is to loosen the bolt that clamps the dizzy down to the block. You don't want the bolt real loose, just loose enough that you can smoothly turn the dizzy body. Now, place the tip of the probe on a good ground. With the points closed the probe light will be lit up. Turn the dizzy body just until the probe light goes out (points just opened). Tighten the dizzy bolt, being careful not to move the dizzy while tightening the bolt. At this point the motor will be timed at 7* BTDC.
I've tried to be real thorough with this description, but it has been several years since I've done this procedure, and I could have easily forgotten something, or made a mistake. If so, I'm counting on someone else to correct me.
I wish you the best with your build, and keep the pictures coming.
Don