Drew02a 1991 4Runner, Long Travel Build

Silverback

Lima Gulf Bravo Foxtrot Juliet Bravo
Just heard back from Camel Toe 4x4 and their torsion bar is 26mm. Think I'm gonna go with that one.

man I want to see some of the rigs they build. :) Very cool about the larger torsion bars though.
 

drew02a

Moderator
Staff member
Okay, here's how much my stock shocks were limiting down travel

LongTravel4.jpg


I measured for new shocks have about 17.5" of room at full drop
 
Last edited:

Silverback

Lima Gulf Bravo Foxtrot Juliet Bravo
Wow!
 

Silverback

Lima Gulf Bravo Foxtrot Juliet Bravo
Might even need limiting straps??
 

AlienXtx

Nignog
Nice man.
 

TacoXpo

HOAX DENIER
Very nice!!!
 

yotarob

Kiss My IFS
Looks good Drew, does the CV bind at all at full droop?
 

drew02a

Moderator
Staff member
Okay, now that it's cooled off some and the mosquitos have gone to sleep, I went out and jacked up the front end again.

Most importantly I got the full stuff shock measurement: 12.75"

Also I tested to see if the CV binds at full drop. It does, but just barely, even at full lock. Right now the LCA is adjusted all the way out, so I'l bet once it is adjusted to normal spec, the binding should be even more minimal. I might also replace those bump stops to reduce the drop ever so slightly.
 

TacoXpo

HOAX DENIER
Okay, here's how much my stock shocks were limiting down travel

LongTravel4.jpg


I measured for new shocks have about 17.5" of room at full drop

Pardon my geekiness but my last paper in Engr school was active suspension using hydraulic cylinders on all four corners - no springs - used accumulators for 'springs' (rate fully adjustable instantaneously). Used a gyro to sense if you needed to change the charge on the top or bottom of the cylinders to maintain a level or banked stance... Pure theory that is now being used in reality.

Anyway, wouldn't it be cool to have full extension on demand to get around rocks and such! :D
 

drew02a

Moderator
Staff member
Pardon my geekiness but my last paper in Engr school was active suspension using hydraulic cylinders on all four corners - no springs - used accumulators for 'springs' (rate fully adjustable instantaneously). Used a gyro to sense if you needed to change the charge on the top or bottom of the cylinders to maintain a level or banked stance... Pure theory that is now being used in reality.

Anyway, wouldn't it be cool to have full extension on demand to get around rocks and such! :D

Yeah, that would be bitchen

*EDIT Except you would roll over alot easier
 
Last edited:
Top