I appreciate the responses thus far.
I replaced 3 wires, routed them exactly as they were from the factory (with the sole exception of the fact that I reversed my battery's direction for ease of access), and left the smaller secondary ground wire intact. I have continuity where I should, voltage measures as it should, and I've re-checked each of the 3 repeatedly just to be thorough.
This is why I opted to wait before adding additional grounds or tackling the alternator to distribution block wiring; I wanted to eliminate excess variables in the event that something went wrong.
Unless the decreased resistance from replacing extremely corroded wiring directly damaged something, this shouldn't be the problem. It's frustrating, because I've done this a dozen or so times with other vehicles, and have even made full wire harnesses for street and track vehicles in the past...
I replaced 3 wires, routed them exactly as they were from the factory (with the sole exception of the fact that I reversed my battery's direction for ease of access), and left the smaller secondary ground wire intact. I have continuity where I should, voltage measures as it should, and I've re-checked each of the 3 repeatedly just to be thorough.
This is why I opted to wait before adding additional grounds or tackling the alternator to distribution block wiring; I wanted to eliminate excess variables in the event that something went wrong.
Unless the decreased resistance from replacing extremely corroded wiring directly damaged something, this shouldn't be the problem. It's frustrating, because I've done this a dozen or so times with other vehicles, and have even made full wire harnesses for street and track vehicles in the past...