eastern5
Well-known member
For what it's worth. The Philips LED is on the left and OEM on right. I should not have to ever change those again.
If you have LED brake lights, you need a resister in parallel (not series) with the brake lights so the ABS computer is happy. It may be possible to use a suitably wired relay instead.Did you only change one because of the ABS problem? I have plans to put a resistor in series with the lights sometime soon. Wondering if it should be on the running light or brake circuit?
Makes sense. Do you have an idea on the value of the resistor required?...
I'd certainly accept Donal's value, the cold resistance of a stop-light bulb is less than 1 ohm.... about 11 Ohms.
If you stick an 11 Ohm resistor in parallel with your light it will pull about 1.25 amps (at 14 volts) every time the brakes go on.
... generating something like 18 Watts of heat so make sure that resistor is not close to something that doesn't like heat!........
The motorcycle will be perfectly safe to ride, the brakes will work fine, BUT I don't know whether it will continue to activate the ABS should it be necessary.i have not gone out for a ride since. what will happen actually? Will the motorcycle become unsafe to ride for short distances? just to see if the "abs" will indeed start to call error.
Fair enough!!I should never try and do this on my phone...Anyways, I want the increased life of the bulb. Years ago I had a bike the ran through tail lights like crazy. I got pulled over in the middle of no where and the officer let me know it happened again. I could have been easily run down by someone.
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