Sounds good, I'll start there.An inch shouldn't be a problem. An inch on the thread will give you at least 1.5" at the tire/fender. I like to have about 4" of shaft showing at ride height for faster/harder riding. A little less if its easy going most of the time.
I’m at 1.5 inches in the front and 3/4 in the back... that is silver showing.. to the top of the lock nut.
I set my preload like you would set the rear shock on a dirt bike, only different. I put a jack under the middle of the skid plate, jacked up until shocks were extended, measured from floor to the skid, lowered, rolled back and forth, put simulated weight in front and rear, adjusted spring sag to 1.5 inches with the weight in the machine.Mine came with almost zero threads showing on the rear shocks and about 4 or 5 threads showing on the front. My normal riding load is 500 to 600# and my A Arms are definitely drooping down, even in empty settled position. Any thoughts out there?
I set my preload like you would set the rear shock on a dirt bike, only different. I put a jack under the middle of the skid plate, jacked up until shocks were extended, measured from floor to the skid, lowered, rolled back and forth, put simulated weight in front and rear, adjusted spring sag to 1.5 inches with the weight in the machine.
Seems to work petty well unless you are going bonsai, then just crank up the high speed dampening to the max, HA!25-30% static sag is definitely a good start on these machines
Seems to work petty well unless you are going bonsai, then just crank up the high speed dampening to the max, HA!
I don't have either, maybe that was the problem! HA! You running Foxes?Firm is a good way to lose a tooth or tongue
I don't have either, maybe that was the problem! HA! You running Foxes?
I carry a ""permanent" 170 pounds at 40" behind the rear axle, same effect as about twice that weight at the foot of the rear seats, so no amount of pre-load in the rear was doing the trick for me with the stock Fox springs. I went to standard aftermarket springs (3" ID x 14" x 400lb/in) and ended up with the minimum possible pre-load (unlike the picture). The Fox springs had the "soft" coils completely collapsed long before any occupants approached the vehicle. I'd not recommend the 400 lb/in for those not carrying rearward baggage, but 350 lb/in should work, which is about what the stock Fox rearMine came with almost zero threads showing on the rear shocks and about 4 or 5 threads showing on the front. My normal riding load is 500 to 600# and my A Arms are definitely drooping down, even in empty settled position. Any thoughts out there?
Huh?I carry a ""permanent" 170 pounds at 40" behind the rear axle, same effect as about twice that weight at the foot of the rear seats, so no amount of pre-load in the rear was doing the trick for me with the stock Fox springs. I went to standard aftermarket springs (3" ID x 14" x 400lb/in) and ended up with the minimum possible pre-load (unlike the picture). The Fox springs had the "soft" coils completely collapsed long before any occupants approached the vehicle. I'd not recommend the 400 lb/in for those not carrying rearward baggage, but 350 lb/in should work, which is about what the stock Fox rear View attachment 91731 springs are after the "soft" (close) coils come together.
Mine stock were right up to the top and the soft coils were just like that as well. Now I have them about 3/4" down.I carry a ""permanent" 170 pounds at 40" behind the rear axle, same effect as about twice that weight at the foot of the rear seats, so no amount of pre-load in the rear was doing the trick for me with the stock Fox springs. I went to standard aftermarket springs (3" ID x 14" x 400lb/in) and ended up with the minimum possible pre-load (unlike the picture). The Fox springs had the "soft" coils completely collapsed long before any occupants approached the vehicle. I'd not recommend the 400 lb/in for those not carrying rearward baggage, but 350 lb/in should work, which is about what the stock Fox rear View attachment 91731 springs are after the "soft" (close) coils come together.