Someone Make these...
11-04-08, 11:10 PM
#1
Lead Lap
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Join Date: Aug 2004
Location: California
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Someone Make these...
...Please.
i wish i had the time to rig up LED kouki rear tail lamps.
its something different. on any other day I'd take the Chuki lights (95-97)
i wish i had the time to rig up LED kouki rear tail lamps.
its something different. on any other day I'd take the Chuki lights (95-97)
11-05-08, 01:02 AM
#7
Keeper of the light
iTrader: (17)
If you burn them out just right you can spell "fail". 
Tail lights are one of the highest voltage spike areas on the entire car. Led's don't last there for long. Cadillac found this out the hard way, as have many other manufacturers. they do look good, but considering the investment and time it takes to build and RE-build them... aye!
Tail lights are one of the highest voltage spike areas on the entire car. Led's don't last there for long. Cadillac found this out the hard way, as have many other manufacturers. they do look good, but considering the investment and time it takes to build and RE-build them... aye!
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11-05-08, 01:37 PM
#12
Keeper of the light
iTrader: (17)
Most aren't even MB and Lexus (the two governing inventors of the LED tail) have both had lot's of failures. However they are also building with machine precise instruments and you can expect a higher failure rate in custom when it comes to these super masses of led's since they draw so much current instantly they actually pull a good amount of amperage through the solder points and end up failing more in the solder bridges than the leds sometimes. Mass produced units use pre-printed boards and the "dip it" method of soldering. A single Led uses nothing, but when you bulk them they exponential draw increases dramatically and they really get the heat cooking.
11-05-08, 02:38 PM
#13
Lexus Test Driver
Most aren't even MB and Lexus (the two governing inventors of the LED tail) have both had lot's of failures. However they are also building with machine precise instruments and you can expect a higher failure rate in custom when it comes to these super masses of led's since they draw so much current instantly they actually pull a good amount of amperage through the solder points and end up failing more in the solder bridges than the leds sometimes. Mass produced units use pre-printed boards and the "dip it" method of soldering. A single Led uses nothing, but when you bulk them they exponential draw increases dramatically and they really get the heat cooking.
