clearance??
Not sure if this is the right place to post, if not please move. Thanks
How can the new tundra claim 10.4 inches of clearance and the f150 only has 8.1 inches of clearance with the same size tires, rims and solid axles in the rear
Could someone guide me to the light?
How can the new tundra claim 10.4 inches of clearance and the f150 only has 8.1 inches of clearance with the same size tires, rims and solid axles in the rear
Could someone guide me to the light?
I don't know the specs on the new Tundra, but I am guessing that it is the weak ring in the rear pumpkin and housing. The 150 has about a 10 inch ring with lots of metal surrounding it. The Tundra probably has an 8-9 inch ring with sheetmetal thick housing. That is usually the limitations on trucks for ground clearance. I am just wondering if the new Tundra will follow the path of the Titan in the rear gear department. I know that Titans had (have) problems with these burning up under load.
I think your right about the first part. (Don’t get me wrong I wouldn't trade my 150 for a tundra) the f150 have I think a 9.75 ring and the new tundra just looked it up have a new 10.5 ring. So I don't believe that is why they are higher.
I know one way GMC got higher clearance on the hummer is because they used a geared spindle but I don't think Toyota has that.
Would their be another explanation
I know one way GMC got higher clearance on the hummer is because they used a geared spindle but I don't think Toyota has that.
Would their be another explanation
Originally Posted by KSpencer
I don't know the specs on the new Tundra, but I am guessing that it is the weak ring in the rear pumpkin and housing. The 150 has about a 10 inch ring with lots of metal surrounding it. The Tundra probably has an 8-9 inch ring with sheetmetal thick housing. That is usually the limitations on trucks for ground clearance. I am just wondering if the new Tundra will follow the path of the Titan in the rear gear department. I know that Titans had (have) problems with these burning up under load.


