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I’m curious how the cage in the Savvy EMC LJ was setup. I’ll have to see what pics I can dig up. They kept the windshield frame, although it was modified for weight savings I believe.
There is a difference between those two.
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Here’s a typical Elbe yota build. At worst, the exoskeleton maybe robs a couple inches in some spaces. But when you inevitably lean into a tree, it’ll rub off the tube, rather than cause further body damage.
Since my Jeep is my daily, I don’t intend to do an exoskeleton. But I am doing what I can to minimize the physical space it takes up (which I am already at a disadvantage given the LJ).
Things like no rear flares, 0” front flares, spare delete, minimal bumpers, soft top etc. Maybe I would consider wider flares if I had 65” WMS+
All that tells me is an exoskeleton isn't enough of a hindrance in that environment to seek alternatives to protecting the body.
I can think of many other scenarios where the Jeep not being in the way of itself are far more desirable to keep moving forward.
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The windshield frame was gutted completely and the only part left was the single layer outer skin that weighed maybe 8 lbs. It was purely for looks, nothing else. Odd thing about the original cage, when they ran in the stock class and even though it was done properly with a firewall X tied into the legs of the A pillar and then the door bars going through the A pillar out under the front fenders to tie into the front of the frame, I never worried about them at the stock class speeds. When they stepped up in class and started going a whole bunch faster, I wasn't sure the cage would hold up if they rolled it at speed.
Pics of the Savvy LJ cage I found for anyone interested.
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Now that looks like a real cage. Weight penalty must be serious.
Blaine can give an idea of how much weight was removed from the body and frame. It was way more than I could conceive.
Blaine can give an idea of how much weight was removed from the body and frame. It was way more than I could conceive.
Pics of the Savvy LJ cage I found for anyone interested.
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Now that looks like a real cage. Weight penalty must be serious.
Okay, let's consider another thing. Do we think an aftermarket roll cage helps the Jeep walk away from a rollover with less damage than stock?
Thinking in terms of the windshield area always getting crushed in a stock cage, but not so with a different cage. And how about those frame tie-in kits? Wondering if they add any structural rigidity to prevent frame bending during a rollover.
Pics of the Savvy LJ cage I found for anyone interested.
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Now that looks like a real cage. Weight penalty must be serious.
There were several changes made after they got it back from SFR.
Not that I have much experience with cages but I've not seen a cage built quite like that. Do you have anything that would show the changes?
I do not. I mostly recall that it arrived back to them and John wasn't exactly happy with the way it was laid out.
As for how it was done, that's a pretty standard level of cage work. I would have liked it to have a better X in the B pillar. The harness bars are problematic and mess up that lay-out though. I'm not a fan of tubes that don't land at or on nodes. The B pillar to C pillar braces are an example. They land on the inner fender on a base plate and they should be closer together if one was to nit pick. It never failed so what do I know?
You mentioned a few things I was seeing and wondering about. It looked like it wasn't doing a great job of transferring the load where it needed to go.
You say it didn't fail but then I have to ask if it was truly tested?
Almost everything to do with this stuff is an educated guess. The reason I say that is due to an accident that really messed up a co-driver. The course made a sharpish turn from desert to a road along the top of a narrow draw/arroyo/ditch. A lot of dust on the course confused a driver who missed the turn and went straight into the opposite side which stopped the rig dead like running into a wall. The rig was still in race condition, but the passenger had to be airlifted out due to broken legs below the knee because the foot wells were not spacious enough to keep him safe.You say it didn't fail but then I have to ask if it was truly tested?
Almost everything to do with this stuff is an educated guess. The reason I say that is due to an accident that really messed up a co-driver. The course made a sharpish turn from desert to a road along the top of a narrow draw/arroyo/ditch. A lot of dust on the course confused a driver who missed the turn and went straight into the opposite side which stopped the rig dead like running into a wall. The rig was still in race condition, but the passenger had to be airlifted out due to broken legs below the knee because the foot wells were not spacious enough to keep him safe.
So, did the cage work, or not?
See that's why I asked. I didn't know if it rolled or had a collision with anything.
And to your question of work or not, it depends on what you want the cage to accomplish before you can claim success or failure.
Don't we all have a presumption of cage function?