Headlight pod upper stop
Posted: 06 Feb 2013 21:10
I noticed that my headlight pods shake a bit when up, so I followed the procedure in the ROM to adjust them, and ended up with the pods quite high before they had sufficient pressure on the upper stop. In fact, they don't have enough adjustment to now sit flush when closed, and the lower stop isn't long enough to come into play, either. I can't find any other fault in the linkage (you might recall that the e-clip was missing on one side, getting that back secured helped the passenger side quite a bit), and after more examination I believe that the alloy bracket has some kind of rubber or plastic buffer.
The parts book does not seem to list that part, and I can't tell if it should be rubber or plastic. I haven't yet tried to remove the remains on mine, but from what I can feel they are quite hard, which could be plastic or petrified rubber.
You can kind of see it in this picture:
http://www.rimmerbros.co.uk/ImagePopUp.aspx?i=RTC1411
It almost looks like part of the sheet metal stop in that view, but I believe it is showing the black bumper in the alloy bracket. BTW, if you need the entire mechanism, Rimmer is selling them for 10 quid at the moment.
So, does anyone know what type of material I should be looking for, and even better, some rough idea on what size it ought to be?
Darrell Walker
66 TR4A IRS-SC CTC67956L
81 TR8 SATPZ458XBA406206
Vancouver, WA, USA
The parts book does not seem to list that part, and I can't tell if it should be rubber or plastic. I haven't yet tried to remove the remains on mine, but from what I can feel they are quite hard, which could be plastic or petrified rubber.
You can kind of see it in this picture:
http://www.rimmerbros.co.uk/ImagePopUp.aspx?i=RTC1411
It almost looks like part of the sheet metal stop in that view, but I believe it is showing the black bumper in the alloy bracket. BTW, if you need the entire mechanism, Rimmer is selling them for 10 quid at the moment.
So, does anyone know what type of material I should be looking for, and even better, some rough idea on what size it ought to be?
Darrell Walker
66 TR4A IRS-SC CTC67956L
81 TR8 SATPZ458XBA406206
Vancouver, WA, USA