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Rear shock mounts started

MNorby

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used a buddys shop yesterday. no too bad for just a torch and grinder but a plas woulda been alot cleaner. 10" fox external res shocks. Gotta order some ruff stuff shock tabs for the axle now

05-18-07_1645.jpg

05-18-07_1644.jpg
 
buddy with the 02 d-max used to have a 12" lift and then went to a 15" lift and got all new CHROME (bling bling) fox shocks and had 4 of the 10" travels and 2 of the 14" travels left over. He didn't want to sell but he was hard up for some cash a while back and I got the 14ers for the front then and yesterday he was needing some cash for a front shaft for his cummins mud bogger so I bought a pair of the 10ers for the rear.
 
Sweet.

Want new shocks for mine, looking forward to the trail report. :wink1:
 
Technically, you get the ideal shock absorption when a shock is upright - I've heard good things about running rear shocks this way - I plan to do it as well.
 
myself and a bunch of frineds run like this with good results. I went back and forth regarding axle wrap but ultimately decided that hanging the shock a few inches off the front of the alxe wasn't going to help vs the damage the shock could take. Going to build a traction bar if wrap is an issue with this setup.
 
IGOR said:
Technically, you get the ideal shock absorption when a shock is upright - I've heard good things about running rear shocks this way - I plan to do it as well.

Inboarded shocks have the benfit of being easy to install, and also give you more wheel travel than the shock would allow if mounted vertically. A 12" shock could probably give you 16" of wheel travel with an aggressive inboarding setup.

Down sides are that the shock doesn't have the same damping rates anymore. If you imagine that a shock has 100% damping effectiveness when mounted vertically and 0% effectiveness when horizontal (duh!) then you can extrapolate almost any other value in between. The set-up pictures (which looks like about 45* angle) would therefore provide 50% of the normal damping.

You will have less control on sidehills with an inboarded setup also....
 
Greg72 said:
Inboarded shocks have the benfit of being easy to install, and also give you more wheel travel than the shock would allow if mounted vertically. A 12" shock could probably give you 16" of wheel travel with an aggressive inboarding setup.

Down sides are that the shock doesn't have the same damping rates anymore. If you imagine that a shock has 100% damping effectiveness when mounted vertically and 0% effectiveness when horizontal (duh!) then you can extrapolate almost any other value in between. The set-up pictures (which looks like about 45* angle) would therefore provide 50% of the normal damping.

You will have less control on sidehills with an inboarded setup also....

& the blind man said, "i see"....good explanation
 
nice thing about these shocks is can adjust the pressure to help compensate too
 

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