OFC Ranger
Well-Known Member
- Thread starter
- #1
I was going to go shorter (stop about where the front and rear doors meet), but hell - why not go for broke.
So connecting the bed to the cab with hard brackets is probably not a good idea with flex, even over time road vibrations and a pothole could spell doom for the system. So why not keep it simple. Goal one would be to have at minimum the side tubing be a single piece and save the welds for the front and rear. The simplest solution I can think of us is make sure the rack is wide enough to match the cabin roof channels as a hard contact point and simple install multiple rubber bushings. that in a nature state are pressing firmly, but still have some room to squish down or stretch up. I'm sure either a standard rubber would work, or if I dig enough I could fabricate a hole rubber + spring setup.
I mean we can go super simple: https://www.amazon.com/Fernco-P22U-139-Bushing-1-1-Black/dp/B000BQP2OM/ref=sr_1_4?dchild=1&keywords=2"+rubber+bushing&qid=1603492657&sr=8-4
Or go further down the rabbit hole and get into dampers, min-shocks, or other crazy ideas: https://www.amazon.com/Bansbach-Eas...1&keywords=mini+damper&qid=1603493368&sr=8-15
However I am no engineer. I need you to point out any flaws in this simplistic idea that are not obvious to myself.
Now this thread can't be complete without a crude MSPaint drawing now can it?
The over-all goal is mass-storage, but I want the ability to have a shooters platform for long range shooting where the shooter can lay out normally without any extra contorting.
So connecting the bed to the cab with hard brackets is probably not a good idea with flex, even over time road vibrations and a pothole could spell doom for the system. So why not keep it simple. Goal one would be to have at minimum the side tubing be a single piece and save the welds for the front and rear. The simplest solution I can think of us is make sure the rack is wide enough to match the cabin roof channels as a hard contact point and simple install multiple rubber bushings. that in a nature state are pressing firmly, but still have some room to squish down or stretch up. I'm sure either a standard rubber would work, or if I dig enough I could fabricate a hole rubber + spring setup.
I mean we can go super simple: https://www.amazon.com/Fernco-P22U-139-Bushing-1-1-Black/dp/B000BQP2OM/ref=sr_1_4?dchild=1&keywords=2"+rubber+bushing&qid=1603492657&sr=8-4
Or go further down the rabbit hole and get into dampers, min-shocks, or other crazy ideas: https://www.amazon.com/Bansbach-Eas...1&keywords=mini+damper&qid=1603493368&sr=8-15
However I am no engineer. I need you to point out any flaws in this simplistic idea that are not obvious to myself.
Now this thread can't be complete without a crude MSPaint drawing now can it?
The over-all goal is mass-storage, but I want the ability to have a shooters platform for long range shooting where the shooter can lay out normally without any extra contorting.
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