Help/Advice: Post Torsion Bar Adjustment Handling
Let me start by stating that I have read countless threads/posts about cranking the front OEM torsion bars, droop, etc. My question relates to post-crank handling. But first, some background:
Understandably, raising the front produced a lot of static positive camber, which only increases as the load on the front tires decreases (i.e. the tire droops). Add to this the fact that my Bridgestone Dueler H/T's are at their treadwear markers, and we have a Land Cruiser with reduced tire contact even while standing still.
On to my question. Given the favorable droop measurement, should I replace the tires, get an alignment and take another test drive before making any further adjustments to the front torsion bars, or is there something else at play here? As always, your experiences and advice are greatly appreciated.
Let me start by stating that I have read countless threads/posts about cranking the front OEM torsion bars, droop, etc. My question relates to post-crank handling. But first, some background:
- 2003 Land Cruiser. 105,xxx miles. Stock front/rear suspension.
- 1.5" coil spring spacer added to rear.
- Front torsion bars cranked to level.
- Static fender-to-rim measurement: 11"
- Full droop fender-to-rim measurement: 13.5" (2.5"/63.5 mm of droop)
Understandably, raising the front produced a lot of static positive camber, which only increases as the load on the front tires decreases (i.e. the tire droops). Add to this the fact that my Bridgestone Dueler H/T's are at their treadwear markers, and we have a Land Cruiser with reduced tire contact even while standing still.
On to my question. Given the favorable droop measurement, should I replace the tires, get an alignment and take another test drive before making any further adjustments to the front torsion bars, or is there something else at play here? As always, your experiences and advice are greatly appreciated.
Last edited: