The tundra brakes will fit under the 5-star wheels you have now.
:thumbs:
The tundra brakes will fit under the 5-star wheels you have now.
890's are a little taller than 906's with a lower spring rate. It'll probably be a great choice unless you really load down with a rear bumper, cargo platform, etc. Check this build thread out - scroll down to post #5 to see his experience with 890's: http://www.yotatech.com/f79/gerdos-profile-85724/ He did his research well.
What year is your tundra? I want the bigger 231mm brakes, that came on the '05 + tundras.
Build party tonight. My house. I'll be putting the lift on tonIght.
...A lot of guys say "I fit X tire with no cutting." Well, that's because they haven't taken it offroad yet and tried to stuff the tire. They don't rub in the parking lot, and they forget that when people crawl, their tires are stuffed up against the bump stop.
On these rigs, a lift won't create any more clearance when the shock is totally bottomed out. When your suspension is completely compressed (bottoming out on the bump stop), the tire is in the same place, regardless of the lift. On these vehicles, unless you add a body lift (yuck!), you won't gain any clearance at full bump. You will gain a bit more clearance at ride height. Not sure if that makes sense. With a lift, you're basically pre-drooping the spring. You trade downtravel for uptravel.
One of the quickest ways to break axles is to have a tire that binds/rubs in the fenders.
Build party tonight. My house. I'll be putting the lift on tonIght.
Don't most lifts usually include/require some sort of bumpstop extension specifically for this issue? I know all the full "kits" that I have ever installed have some sort of provision to either extend or replace the bumpstop. If you are piecing a kit together, that is a different story, but I'd still extend the 'stops.
Also, I'd think the higher spring rate of the new springs would prevent the tire from stuffing into the fender as far as stock - unless you add enough weight to compensate for the higher spring rate.