here is the link.

https://acurazine.com/forums/showthr...l+instructions

see post 19 by Ron A

 

looks good. i need to get mine done already. its probably better that u didnt bring enough $ for the black paint because u will lose reflection even though it looks cool smoked

 

take it from someone who has the smoked out headlights, you really do lose a lot of reflection with it. The amber is still visibile, but it doesn't look as good.

 

do you have rock blocker or did you crack the lens and paint the housing like pplapw?

 

i opened up the lens and painted the housing; i think if you do the rock blocker way, you won't lose much brightness in the housing. the reason for this is b/c the housing is a reflective silver, so when i painted over it, it basically doesn't allow for the light to reflect off the silver.

 

How do I get excess epoxy off of the clear lens?

 

^-wait until it dries and try to chip it off?

I'm going to have to reopen my headlights to fix some of the excess glue marks.

 

My chrome/amber turn signals came today. Bought them from autolumination.com Shipped to my door for two 7443 chrome amber bulbs was about 10 dollars. Ive installed them and they look great. I will take pictures once it stops raining.

 

Joe,
do they blink as bright as stock?

 

They dont look quite as bright. Its hard to tell since I never really paid attention to the stock blinkers, but when the signal reflected against the wall it seemed like it was a much deeper amber. When I look directly at the bulb when lit, however, its a pretty intense light.

It is a hell of lot darker than the stock bulb when the amber is removed though. When I was driving around with the headlights cleared and no amber bulb it was freaking bright when I signaled...seemed brighter than the damn Mustang headlights.

 

Do anybody uses Amber LED for their blinkers? If so, Where can i get 'em and whats the model number? Thanks

 

Here check this thread out. I believe this is what your looking for.....

https://acurazine.com/forums/showthr...t=turn+signals