Xray T1
black pieces are there and the cvds are perfectly straight
If you have the front dif tightened too tight or locked it up then the dif will vibrate between the bulk heads. I almost got rid of my car when I couldent figure out what the hell was happening. I blew a few bearings from this again. If not. who knows?
Tech Regular
iTrader: (1)
Just a thought, are any of the blades (the black plastic protectors on the end of the axles) broken through? I don't think it would cause what you are describing, but this is the only thing I can think other than the things that were already mentioned here and on the XRay site.
Are you using the spring steel axles or the aluminum ones? Sometimes the alum. gets these slight dents/indents in them and can disturb the cvd's when turning left or right.
Also check that you're pulley is clean. I had some track debry (rubbery foam stuff) in mine and cleaned it out with a tooth pick and air compressor.
Also check that you're pulley is clean. I had some track debry (rubbery foam stuff) in mine and cleaned it out with a tooth pick and air compressor.
Tech Master
iTrader: (22)
Join Date: Aug 2003
Location: Where there's smoke there's a tyre
Posts: 1,784
Trader Rating: 22 (100%+)
TWISTING CVDS UPDATE
My front left CVD has twisted a full 180 degrees, yes, 180 degrees
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
Tech Master
iTrader: (1)
Re: TWISTING CVDS UPDATE
Originally posted by dontfeelcold
My front left CVD has twisted a full 180 degrees, yes, 180 degrees
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
My front left CVD has twisted a full 180 degrees, yes, 180 degrees
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
got pics?
Re: TWISTING CVDS UPDATE
Originally posted by dontfeelcold
My front left CVD has twisted a full 180 degrees, yes, 180 degrees
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
My front left CVD has twisted a full 180 degrees, yes, 180 degrees
I will be getting the steel ones for sure and maybe the graphite shaft to take some load off those poor CVD's and oneway gears.
Tech Master
iTrader: (22)
Join Date: Aug 2003
Location: Where there's smoke there's a tyre
Posts: 1,784
Trader Rating: 22 (100%+)
hitting the barrier on a left hand corner doesn't help. the fact that there is no give in the drivetrain causes this I reckon
Those who run the spring steel hexes on the front of your car, is the only advantage that they don't bend outwards when the drive shaft gets jammed into them?
I've noticed that the front wheels chatter when turned at high throttle. I have the aluminum hexes, which became bent slightly, but I dremeled out the inside of them so that the dogbone can no longer make contact.
I've noticed that the front wheels chatter when turned at high throttle. I have the aluminum hexes, which became bent slightly, but I dremeled out the inside of them so that the dogbone can no longer make contact.
Originally posted by Speedo
Those who run the spring steel hexes on the front of your car, is the only advantage that they don't bend outwards when the drive shaft gets jammed into them?
I've noticed that the front wheels chatter when turned at high throttle. I have the aluminum hexes, which became bent slightly, but I dremeled out the inside of them so that the dogbone can no longer make contact.
Those who run the spring steel hexes on the front of your car, is the only advantage that they don't bend outwards when the drive shaft gets jammed into them?
I've noticed that the front wheels chatter when turned at high throttle. I have the aluminum hexes, which became bent slightly, but I dremeled out the inside of them so that the dogbone can no longer make contact.
Tech Elite
iTrader: (74)
Hey guys sorry for any repeat but i have been running associated for 5 years recently bought a fk04 any idea for asphalt and concrete setup any help would be appreciated.
Steve eaves
Steve eaves
Tech Elite
iTrader: (87)
Good luck man!
Whats going on man. I thought you and Monte were coming this way.
Whats going on man. I thought you and Monte were coming this way.
Tech Elite
iTrader: (74)
Hey midnight give me a call.
Tech Addict
Originally posted by kidDynomite
Speedo, ever since I switched to the spring steel hexes, I haven't had a bent axle or front wheel chatter. When I use to run the spool, I would have to dremel/hammer/dremel/hammer those aluminum hexes just to get them out and the bearings off. But that's why I got used to going fast with a diff. I'm going to try using the one-way again today. The dremeling the inside trick works pretty good too.
Speedo, ever since I switched to the spring steel hexes, I haven't had a bent axle or front wheel chatter. When I use to run the spool, I would have to dremel/hammer/dremel/hammer those aluminum hexes just to get them out and the bearings off. But that's why I got used to going fast with a diff. I'm going to try using the one-way again today. The dremeling the inside trick works pretty good too.
What happens with the aluminum hexes is that upon impact the driveshaft is pushed into the axel, bending the axel outwards. I think this causes the axel not to spin true.
I have ordered the spring steel axels, and am hoping they will fix the problem. If you can't buy the steel ones, and your aluminum ones are already bent, you are probably out of luck. You could possibly save some money by buying another pair of aluminum axels, and use a dremel to take some material out of the inside of the axel so that the driveshaft can't make contact.
I have ordered the spring steel axels, and am hoping they will fix the problem. If you can't buy the steel ones, and your aluminum ones are already bent, you are probably out of luck. You could possibly save some money by buying another pair of aluminum axels, and use a dremel to take some material out of the inside of the axel so that the driveshaft can't make contact.