Hi all,
Just got the Dlux Fab Yeti CVD's (open diff version). Super strong and quality feeling about these parts, but got into a bit of an argument with Dlux while the cvd set I got was way too long to fit. He claims I'm the first to have any problems (which I believe) but I'm also 100% sure there is a problem with the parts (shaft+cup+cvd) total length I got. Tested the cvds with complete stock setup Yeti front end, stock (except RPM arms) Exo, and my custom build score with metal concepts arms and VP bulkhead and VP caster/steering parts. With all these Tires lean outward and cvd being tight all the way in the cup you can just have the tires upright, but any suspension travel will make the cvd pin bind too deep into the bottom of the cup and push the cvd outward form the cup, most probably breaking the pin or cup or causing some other problems in the long run. Having the tires lean a tiny bit outward and having a shock tower extra part to not let Yeti bottom out these would work....but looking for maintaining full suspension travel and possibly the tires leaning inside a tiny bit I just couldn't do it.
I managed to make the CVD's work by dremelling the shafts quite a lot and cutting the cup set screw shorter (to fit all the way in to the cup screw hole) to allow the cups sit way deeper actually inside the bulkhead and just a hair away from the diff cup outer bearing. With VP bulkhead the cups fit inside the bulkhead nice, but with the stock bulkhead you need to enlarge the output hole in the bulkhead.
Still, this bothers me not knowing what is different here. To find out I hope you could reply this post if you have a Yeti with those open diff version Dlux CVD's and give me some measurements. I need to find out why yours work without mods but mine didn't.
1) the dlux shafts and cups installed the distance between cup end to cup end? Mine was 67mm before the mod, and now after dremelling the shafts it is 63,4mm and working all good. 3.6mm is quite a difference. I want to know do other who have these working ok the distance 67mm or closer to the 63.4mm I needed to make these fit.
2) The gap size between the cup and the diff cup outer bearing? As from DLUX there was a significant cap between the bearing and the cup. After the mod there barely is a gap. How is it with your set?
3) Total length of the CVD part from the end of the dogbone end to where the first bearing starts (inside (closer to bulkhead) end of the bearing).
10+ hours of work and 150USD in these CVD's now, and I want to know why they didn't fit. so please help me out and give me some measurement numbers. Thanks for your help in advance.
pics:
1) Cup & shaft installed prior to shaft modifications
https://www.dropbox.com/s/2v7ihi0y246badh/IMG_1835.JPG?dl=0
2) Shaft before and after the mod
https://www.dropbox.com/s/fd721qwfp3rv7pm/IMG_1846.JPG?dl=0
Just got the Dlux Fab Yeti CVD's (open diff version). Super strong and quality feeling about these parts, but got into a bit of an argument with Dlux while the cvd set I got was way too long to fit. He claims I'm the first to have any problems (which I believe) but I'm also 100% sure there is a problem with the parts (shaft+cup+cvd) total length I got. Tested the cvds with complete stock setup Yeti front end, stock (except RPM arms) Exo, and my custom build score with metal concepts arms and VP bulkhead and VP caster/steering parts. With all these Tires lean outward and cvd being tight all the way in the cup you can just have the tires upright, but any suspension travel will make the cvd pin bind too deep into the bottom of the cup and push the cvd outward form the cup, most probably breaking the pin or cup or causing some other problems in the long run. Having the tires lean a tiny bit outward and having a shock tower extra part to not let Yeti bottom out these would work....but looking for maintaining full suspension travel and possibly the tires leaning inside a tiny bit I just couldn't do it.
I managed to make the CVD's work by dremelling the shafts quite a lot and cutting the cup set screw shorter (to fit all the way in to the cup screw hole) to allow the cups sit way deeper actually inside the bulkhead and just a hair away from the diff cup outer bearing. With VP bulkhead the cups fit inside the bulkhead nice, but with the stock bulkhead you need to enlarge the output hole in the bulkhead.
Still, this bothers me not knowing what is different here. To find out I hope you could reply this post if you have a Yeti with those open diff version Dlux CVD's and give me some measurements. I need to find out why yours work without mods but mine didn't.
1) the dlux shafts and cups installed the distance between cup end to cup end? Mine was 67mm before the mod, and now after dremelling the shafts it is 63,4mm and working all good. 3.6mm is quite a difference. I want to know do other who have these working ok the distance 67mm or closer to the 63.4mm I needed to make these fit.
2) The gap size between the cup and the diff cup outer bearing? As from DLUX there was a significant cap between the bearing and the cup. After the mod there barely is a gap. How is it with your set?
3) Total length of the CVD part from the end of the dogbone end to where the first bearing starts (inside (closer to bulkhead) end of the bearing).
10+ hours of work and 150USD in these CVD's now, and I want to know why they didn't fit. so please help me out and give me some measurement numbers. Thanks for your help in advance.
pics:
1) Cup & shaft installed prior to shaft modifications
https://www.dropbox.com/s/2v7ihi0y246badh/IMG_1835.JPG?dl=0
2) Shaft before and after the mod
https://www.dropbox.com/s/fd721qwfp3rv7pm/IMG_1846.JPG?dl=0