Rhoni-T
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That is what I see too.Is that a ultralight hanging off the back?
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That is what I see too.Is that a ultralight hanging off the back?
LOL so retarded. Why not just trade it in for an RV at that point?Or rather, picture of
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Is it me or is that bed bending downwards like the JT with a bent frame from an overloaded trailer off road did?
I just got to have good weather, time ect and I need to pick up some gas for my welder and cutting torch.let me know what you come up with, I am tired of my rack dragging.
Well at least that truck might not be overloaded on manufacturer build spec.Here is another one that makes me smile!
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Well a Beta-Mag might be helpful for ballance with that train wreck.I see he must have also posted a picture of his AR...!
* EDIT. No 100-round Beta-mag...-5!
Does the lift include new bump stops? I've hauled loads like that in my 1/2 ton but wouldn't want to go over max payload in the JT. I think I'll just borrow a trailer or something.For posterity, this was 1400 lbs of boulders on the Mopar 2.5 inch lift. It rode well and the 8 speed was peppy pulling into traffic.
As photo suggests the bumps have room with 1400 lbs. I wanna know for a concept I am working on. JT can take a beating as advertised, even with trail mods.Does the lift include new bump stops? I've hauled loads like that in my 1/2 ton but wouldn't want to go over max payload in the JT. I think I'll just borrow a trailer or something.
Yeah but if you added 2.5" of lift doesn't that change where the springs can safely bottom out? I'd think if you have a gap here of less than 2.5" and these are the factory bump stops then you've over-compressed your suspension ... right? I mean I could easily be wrong, that's just what makes sense to me.As photo suggests the bumps have room with 1400 lbs. I wanna know for a concept I am working on. JT can take a beating as advertised, even with trail mods.
Oh I see your concern now. The kit comes with a block that limits the travel and keeps the spring in it's working range. The block beneath the bumper in the photo is an add on. Changing the stop would change the load transfer characteristics to the axle in an overload condition. It was probably easier to change the plate height than to manufacture a new set of stops and re-study all that stuff.Yeah but if you added 2.5" of lift doesn't that change where the springs can safely bottom out? I'd think if you have a gap here of less than 2.5" and these are the factory bump stops then you've over-compressed your suspension ... right? I mean I could easily be wrong, that's just what makes sense to me.
Oh weird, I see that now. I would have assumed add a taller bumpstop, not a block to the axle. That is impressive then. Wonder if they just derate the payload as a CYA precaution.Oh I see. The kit comes with a plate that limits the travel, also in the photo.
We'll the 1400 lbs was an actual test I ran. I had the vehicle weighed and then loaded and re-weighed. Also took a photo. I wanted to capture a functional number to design by.Oh weird, I see that now. I would have assumed add a taller bumpstop, not a block to the axle. That is impressive then. Wonder if they just derate the payload as a CYA precaution.
Springs can compress to coil-bind. Then they can't compress any further. But it's rare that vehicle suspensions can actually have that much travel. And it's uncomfortable, to boot. Bumpstops help prevent it, and to save the frame from hitting suspension components, but if there's an added block, that's probably designed to prevent excessive roll or suspension bind at full rotation.Yeah but if you added 2.5" of lift doesn't that change where the springs can safely bottom out? I'd think if you have a gap here of less than 2.5" and these are the factory bump stops then you've over-compressed your suspension ... right? I mean I could easily be wrong, that's just what makes sense to me.