G`day Taz ,
could well be but i`d try cleaning /crimping all you connections first
then i guess you could take a volt meter with you for next time it stops and you could try .....
+ battery - coil , ignition on , should be zero or there about volts , then crank and volts should increase ( bit hard solo , i know ) . Coarse remove the coil lead but not so it can bite .
Tells if the amps switching .
Also if you`ve disturbed it for any reason check the air gap in distributor .
Also a rotor arm could play up like this . Take the cap off when you have spark , hold the coil lead 3mm off rotor and crank , no spark is needed .
Also the coil lead its self could play up this way , specially if it is not secured as in free under its own weight .
Another thing that will happen with them that is hard to find if your not aware is the wires inside the distributor can and do break internally .
As they are held in the dissy body at there entry into the dissy but have to move with the vacuum advance and bottom plate they can fail .
Really need to remove the amp (and vac module maybe , depends how you do it ) use on ohm meter , there should be between 2k to 5k normally but when you move the plate and wires there may be none and this will be the problem .
Only extra thoughts and i seem to think there`s something else i can remember just now but amps usually act as you describe before they stop working .
The reason this is fresh in my mind is because our 94 wouldn`t start after a short run but all it needs is a new battery and a starter if it reoccurs .
Having all the electric things it seems to like more than 12.04 volts to start easily .
Our 85 with the 4.0 still uses the electric ignition that is standard to it and you ignition is much the same as what our 94 has .
Cheers


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..and then give it back to the wife :-(

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