Re: Wiring front LED signals and rear Clear Alternative integrated brake light/signal
Before you did the mod, I'ts safe to assume that your turn signals worked as they should.
With that in mind, IF you did the mod and now your turn signal flashes right and left together, then you would have to have the wrong wire connected behind the head lamp and or the passenger seat. When people do the LED mod, they might find that when they push the switch to the left or right, they see that the bulb does go on, on one side of the bike, but does not flash (to the human eye). This happens because the flasher relay circuit need a certain amount of resistance from an incandescent bulb. That's the way it was designed. Now that we have LED's which draws much less current, the circuit flashes so fast that we perceive the on/off cycle as being ON. So the easy fix to put a load resister to mimic the current draw from the old style bulb. The harder method is to replace the relay with a LED style relay. Sorry to the rant
.. Anyway, going by your description, when you flip the switch, left or right, ALL BULBS light up with no flash and no indication of left vs right. I would undo all connections made behind the head lamp and under the passenger seat. Then test each circuit to see what energizes when you signal the turn. once you know that everything is acting as it should, then introduce the LED. If you find that it does light when it should, but does not flash, then you know you'll just need the load resistors. I put the multi SMD LED bulb in place of the stock bulb on mine. No problems, no load resistor either, but then again, I did not have to change the lamp stems, so there was no wiring needed.
You stated
Wired the signals up and they just flash versus individually signal. Fronts are the basic LEDs and I wired hot to hot, ground to ground and didn't use the blue (running light) and they both flash at the same time regardless of using left or right turn signal switch.
Are you sure that the blue was your running lights? They might be your left / right circuit.