Tightsteer by Walcks
- STXM38A1
- Contributor

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- Joined: Fri Jul 24, 2009 6:00 pm
- Location: Fair Oaks Ranch, Texas
- RICKG
- Jeep Legend

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- Joined: Mon Aug 30, 2010 6:00 pm
- Location: SO IDAHO
- STXM38A1
- Contributor

- Posts: 140
- Joined: Fri Jul 24, 2009 6:00 pm
- Location: Fair Oaks Ranch, Texas
- RICKG
- Jeep Legend

- Posts: 1752
- Joined: Mon Aug 30, 2010 6:00 pm
- Location: SO IDAHO
- jimm
- Active Member

- Posts: 202
- Joined: Mon Oct 31, 2011 6:00 pm
- Location: Escondido, CA
/semantical nitpicking on
The pitman arm shaft and sector shaft are the same thing; the pitman arm itself attaches to the shaft.
The "worm" in a Ross box is technically a helical cam, and the pins on the sector shaft are cam followers (as opposed to a true worm that mates with a worm gear). Some vehicle steering gears use true worms.
/semantical nitpicking off
Whether the Tightsteer device causes extra wear due to the tighter engagement, and how much, is a good question. It depends on the force created by the spring as compared to the force being transmitted from the cam to the pin to turn the vehicle. If the former is very low relative to the latter, one could argue that the addition wear could be insignificant.
The purpose of the higher drag in the straight-ahead position is to add steering stability for driving straight down the road. I don't know if the reason for reducing the drag in off-center positions is to make it easier to turn for the driver or to reduce wear on the steering gear.
The pitman arm shaft and sector shaft are the same thing; the pitman arm itself attaches to the shaft.
The "worm" in a Ross box is technically a helical cam, and the pins on the sector shaft are cam followers (as opposed to a true worm that mates with a worm gear). Some vehicle steering gears use true worms.
/semantical nitpicking off
Whether the Tightsteer device causes extra wear due to the tighter engagement, and how much, is a good question. It depends on the force created by the spring as compared to the force being transmitted from the cam to the pin to turn the vehicle. If the former is very low relative to the latter, one could argue that the addition wear could be insignificant.
The purpose of the higher drag in the straight-ahead position is to add steering stability for driving straight down the road. I don't know if the reason for reducing the drag in off-center positions is to make it easier to turn for the driver or to reduce wear on the steering gear.
Jim McKim
1952 M38 son-father project
Slowly turning rusty parts into OD parts
1952 M38 son-father project
Slowly turning rusty parts into OD parts
- artificer
- Active Member

- Posts: 206
- Joined: Thu Feb 15, 2007 6:00 pm
- Location: Gold Coast Australia
A properly setup steering box will give you exactly the same results.
If the box is worn or been run without lubricant there are no magic bullets like this unecessary addition.
When your "steering system" has too much slack the only way to fix it is to eliminate "all" contributors to the free movement.
I will not list the usual culprits again as they have all been mentioned more than once earlier in this thread.
If the box is worn or been run without lubricant there are no magic bullets like this unecessary addition.
When your "steering system" has too much slack the only way to fix it is to eliminate "all" contributors to the free movement.
I will not list the usual culprits again as they have all been mentioned more than once earlier in this thread.
John GIBBINS
ASE Master Medium/Heavy Truck & Auto Technician 2002 USA
Licensed Motor Mechanic NSW # MVIC 49593 Current
YOU CAN'T TROUBLESHOOT WHAT YOU DON'T UNDERSTAND
ASE Master Medium/Heavy Truck & Auto Technician 2002 USA
Licensed Motor Mechanic NSW # MVIC 49593 Current
YOU CAN'T TROUBLESHOOT WHAT YOU DON'T UNDERSTAND


