I bet you can't top my stupid moment of the day...
#1
I bet you can't top my stupid moment of the day...
So the story begins when my truck started making popping noises while turning yesterday. I figured it was the cv axle, but didn't have time to look at it yesterday. So today I jacked up the truck, took the wheels off and removed both cv shaft. Yup... the outer joint (closest to the wheel) on the right one (where the noise was coming from) was siezed. Since I'm planning to start my axle swap this coming week, I really don't want to fork out for a cv shaft. This is where the stupid part comes in...
I thought the hub/bearing assembly on these trucks was a self-contained unit where the wheel bearings were pressed firmly into the hubs. Yeah... no. Apparently the cv axles hold the wheel bearings in place. And I found this out the hard way! Once I removed my cv axles, instead of getting a replacement to put in for a week, I decided to throw the wheels back on and drive it for the week without them in there. Remember, at the time I thought the bearings were self contained in the hubs. I pulled out of my driveway, drove to the end of my street, turned right and heard a BAM followed by a SCREEEEEEECH. So I slammed on the brakes, hopped out and my right wheel had come almost all the way off. In fact, all that was stopping it from coming off was the brake caliper!
So, I had to leave my truck in the middle of the road, walk back down to my house, cut the outer boot of each cv shaft, pop the clip and pull the shafts apart, walk back up to the truck pulling my floor jack, kick the wheel back in, and put the peice of the cv shaft in to hold the bearings together.
So thats what I did... What I should have done was come on here and ask if it was safe to drive the truck without the cv axles in! Could have saved me a lot of trouble today!
I thought the hub/bearing assembly on these trucks was a self-contained unit where the wheel bearings were pressed firmly into the hubs. Yeah... no. Apparently the cv axles hold the wheel bearings in place. And I found this out the hard way! Once I removed my cv axles, instead of getting a replacement to put in for a week, I decided to throw the wheels back on and drive it for the week without them in there. Remember, at the time I thought the bearings were self contained in the hubs. I pulled out of my driveway, drove to the end of my street, turned right and heard a BAM followed by a SCREEEEEEECH. So I slammed on the brakes, hopped out and my right wheel had come almost all the way off. In fact, all that was stopping it from coming off was the brake caliper!
So, I had to leave my truck in the middle of the road, walk back down to my house, cut the outer boot of each cv shaft, pop the clip and pull the shafts apart, walk back up to the truck pulling my floor jack, kick the wheel back in, and put the peice of the cv shaft in to hold the bearings together.
So thats what I did... What I should have done was come on here and ask if it was safe to drive the truck without the cv axles in! Could have saved me a lot of trouble today!
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#8
Well I know that now!
As for pictures... have you ever cut the boot on a cv axle and pulled off the outer cup????? I didn't feel like getting grease all over my camera. That and I was more concerned with getting my truck out of the middle of the road!!
As for the rim... yeah, there is a nice gouge in the inside of the rim where it landed on the upper ball joint grease fitting.
As for pictures... have you ever cut the boot on a cv axle and pulled off the outer cup????? I didn't feel like getting grease all over my camera. That and I was more concerned with getting my truck out of the middle of the road!!
As for the rim... yeah, there is a nice gouge in the inside of the rim where it landed on the upper ball joint grease fitting.
Last edited by 95_318SLT; 03-08-2010 at 12:21 AM.