Pole Carrier
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The mill where I work receives machine clothing rolled up on steel poles thirty-five feet long, eight inches inside diameter,
with one-quarter inch thick walls. The mill gets twenty to thirty a year, and only has uses for a few. The recycler doesn't like them
because they don't fit the bins he puts out around the mill - special handling takes all the profit out. The landfill just said, "No."
So they let the employees have them.
They make good culverts for the hunt club (and one under our lower drive), but they're hard to get home. The only way they'll fit in
my trailer is cut in three pieces. That's a lot of extra work, especially if you want longer pieces and have to weld them back together.
So I designed and built a carrier to pull them
full length behind the Tahoo.
These pictures are the first trial using a 12 ft. section.
Here the carrier is used to pull the pipe out into the tractor shed driveway:
pulled out.JPG (129964 bytes)
And here it's reversed to lift the front end of the pipe, where the trailer hitch, which is also used to pull the carrier when running empty, 
is already bolted on:
lift front 1.JPG (132125 bytes)
After the front is lifted,
lift front 2.JPG (129383 bytes)
it's ready to hitch:
ready to hitch.JPG (130860 bytes)
Then the carrier is rolled back:
hitched.JPG (129746 bytes)
and reversed again to lift the rear:
lift rear 2.JPG (128303 bytes)
Once the rear end is up:
rear up.JPG (130315 bytes)
The pipe is tightened against teeth at the top of the frame, the neat and legal strap replaces the temporary rope on the carrier tongue,
the second ratchet binder goes across at the axle to take the strain off the top corners, and it's ready to go:
road ready.JPG (125222 bytes)
The longest part of the process is drilling the 3/4" hole for the trailer hitch.
A week later the carrier got its first real trial - bringing home a thirty-five foot, 950 lb. pole. It rode well enough, although it
started to bounce
side-to-side a little over fifty.
The learning process kicked in; don't pull the rear binder up hard against the frame. Leaving the least little gap keeps the bounce
from feeding back, the ride smooths itself out.
Resized2_full length pipe1.jpg (228721 bytes)
And taking the long view -
Resized2_full length pipe 3.jpg (212327 bytes)
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