"Intigrating" the taillights into blinkers
"Intigrating" the taillights into blinkers
This is VERY popular in the sportbike community...
They remove the blinkers, and wire the stop lights to be turn lights, somewhat like a lot of pickup trucks have. Usualy, a wiring kit from a trailer is used to do so.
Basicaly, it makes that particular side's tail light flash as the blinker, regardless of the status of the lights (low power for "running lights", high power for "brake lights"), they ALWAYS blink full power.
So, how are the two different power levels supplied to our brake lights? Is it one wire, and the voltage is different from the BCM? Or is there two wires, one for low power / running lights, and one for high power / brake lights?
They remove the blinkers, and wire the stop lights to be turn lights, somewhat like a lot of pickup trucks have. Usualy, a wiring kit from a trailer is used to do so.
Basicaly, it makes that particular side's tail light flash as the blinker, regardless of the status of the lights (low power for "running lights", high power for "brake lights"), they ALWAYS blink full power.
So, how are the two different power levels supplied to our brake lights? Is it one wire, and the voltage is different from the BCM? Or is there two wires, one for low power / running lights, and one for high power / brake lights?
I have an 03, so it will be my 20 or so LED array, no circles here.
I think it would be cool to have an ALL led setup in the rear, therefor disabling the halogen blinkers, and intEgrating the blinker signal into the brake lights....
I think it would be cool to have an ALL led setup in the rear, therefor disabling the halogen blinkers, and intEgrating the blinker signal into the brake lights....
Originally Posted by kyazh
thats a pretty good idea! keep us posted up 
edit: If those lights used dual filament bulbs, it's going to make the job a bit tougher. But sky's the limit

edit: If those lights used dual filament bulbs, it's going to make the job a bit tougher. But sky's the limit

Originally Posted by G35 Mass
Well, we're addressing the LED's, no fillament. It has to be determined if the low/high power for tail/brake lights is done at the BCM, and one wire goes to the lights, or if there are two wires going back to the lights and one goes through the resister. Going to need two wires @ the lights to make this work properly...
Looking closely at the wiring diagram, I dont think it's anything I'll be getting into... The L and R side brake lights aren't supplied separately from the BCM, it's one wire leaving the BCM that eventually splits into two. This will cause "backfeed" problems that will require diodes to resolve, and I'm just not going to get into it that much....
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Originally Posted by psedog
On the 06 sedan, I have 4 wires going to my tail lights. 1 for the blinker, 1 for the parking lights, 1 for the brakes, and 1 is the ground.
I haven't put the multimeter to each lead, but there are 4 wires going to the assembly and one of them was black (ground). One is split for the side parking light. 1 went to the blinker (+the ground). The split and the last wire go to a circuit board for the LEDs.
I plan on pulling it back off tomorrow and I'll post some pictures then. I wanted to just make one of my circles on each side blink, but I've canxd that, because all LEDs look like they are hooked up to the same board. New plan is to put LEDs in the center of the circle that are dedicated for the blinker.
Remember I'm talking about the Sedan, if you are talking about the Coupe then it could very well be different.
I plan on pulling it back off tomorrow and I'll post some pictures then. I wanted to just make one of my circles on each side blink, but I've canxd that, because all LEDs look like they are hooked up to the same board. New plan is to put LEDs in the center of the circle that are dedicated for the blinker.
Remember I'm talking about the Sedan, if you are talking about the Coupe then it could very well be different.
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ZoominG35
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Dec 6, 2015 03:11 PM




