adnoh wrote:
Turbo I'm no expert. It does make me want to go UM. side load forces tends to come to mind. Is that what lee called a lawer link of was it refrence to who to call. I take it that's the bump steer problem solver. What if any controls the frictan expansion of the rod and joint. hot day heavy use maybe what lead to a steering lock. I would check rod for siezure marks if there pressent I would smooth up polish rod and clearenc the hole. It will cause a twitch feeling in the wheel but will help it from locking as well strenghting the rod. I would look for replacment joint that is coated to help with the friction form the to simaliar metals or run two stroke for lube on the front end. One chrome and and one plain steel will help or one polished and one platted. Put two pieces of gum and chew see if the stick together.
Think about it, remove the hiem joint (stupid is using it for a bushing) the lawyer link is going to try to move in all directions when you move the steering, its trying to fall down from gravity as Odyssey is just setting their still, add 50k miles bouncing on the back of a semi... rub a dub dub...
Its a stainless steel or chrome ball rubbing metal to metal with a stainless rod (lawyer link) .
The whole setup is just plain stupid where else in this mechanical world have you seen anything that would drag metal on metal by design? DEE DEE DEE
The current setup needs replaced with a belcrank setup, like hundreds of different model cars and trucks used for 100 years SAFELY
I have a feeling dumbass seen my pictures of the nylon bushings that were pressed into the tubing that was welded to the frame of Wheelmans Hi Performance ATV Pilot and figured that's all he needs haha. Those "hoops" as Wheelman called them were a knee jerk reaction to stop breaking the rack and pinion housing, with the Hi Performance ATV LT under certain circumstances HUGE side loads were put on the end of the rod in the rack and pinion, the nylon bushings were just a bump stop to stop the forces pushing the rod to the point of breaking the rack and pinion housing ....
99.999999% of the time the rod never contacted the self lubricating SOFT nylon bushings, going by memory the bushings I made had a inside diameter .200 larger than the shaft on the rack and pinion... This SAME THEORY is the same type setup you have seen on
Engine and transmission mounts on cars they also have LIMIT STOPS that keep the Engine mounts from being taken past their design limits..
IMO the rack and pinion setup on the Hi Performance ATV LT kit is WAY more trouble than its worth IMO the "bump steer" belcrank setup is the way to go, the only downside I see to using one is the steering will feel lose and sloppy sooner because you add 4 more pivot points (hiem joints or ball joints) in a series with the tie rods, get .0005 wear X 8 points in the system and it feels sloppy...