16x8 porsche d90's
Collapse
This topic is closed.
X
X
-
i have about 20,000 miles on these adapters, never had any issues, and yes my wheel bearings are still good.
thanks for the love guys. i promise the next set will deliver.
oh btw
Sale pending!
Comment
-
Sad to se the mayo go. I can't wait for what's next!
Every day I wake up we drink a lot of coffee and watch the CNN
Every day I wake up to a bowl of clover honey and let the locusts fly in.
Lobsterbacks attack the town again
Wrap all my things in aluminum
Beams of darkness streak across the sky
Pink rays from the ancient satellite
Every time I look out my window same three dogs looking back at me.
Every time I open my windows cranes fly in to terrorize me.Comment
-
-
-
Wish I had the cash for these. I'd tell you to paint them gunmetal and ship them out to me.
If you still have them late next month...............although I really want 16 x 9 D90s all the way around.Need parts now? Need them cheap? steve@blunttech.com
Chief Sales Officer, Midwest Division—Blunt Tech Industries
www.gutenparts.com
One stop shopping for NEW, USED and EURO PARTS!
Comment
-
hopefully they are sold before that, but good luck on the 16x9 d90's :)
Comment
-
Except that they put twice the torque on the hub/bearing...
You may get away with doing this for a while, but you're killing your bearings. A basic equation from any general engineering course, Torque = Force*Distance, will show that these adapters put extra stress on the bearings.
Now as far as safety goes... who knows what could happen if the bearing suddenly seized or the studs holding the adapter on breaks because they're under a ridiculous amount of force.Last edited by GaryE30; 09-23-2008, 06:24 PM.Estoril E36 M3/4/5 | Toledo E53 X5 3.0 | LeMans E90 335D M-Sport

Comment
-
wtf are you talking about? do you even know what these are made of?
Except that they put twice the torque on the hub/bearing...
You may get away with doing this for a while, but you're killing your bearings. A basic equation from any general engineering course, Torque = Force*Distance, will show that these adapters put extra stress on the bearings.
Now as far as safety goes... who knows what could happen if the bearing suddenly seized or the studs holding the adapter on breaks because they're under a ridiculous amount of force.
Comment

Comment