Old Man Roger
Well-known member
If I remember correctly, it was on a pedestal so the dixie cups were at eye level. No one could touch it, or lay in the bed.And I bet no one was allowed withing a few feet of it, one bump or shift and...
If I remember correctly, it was on a pedestal so the dixie cups were at eye level. No one could touch it, or lay in the bed.And I bet no one was allowed withing a few feet of it, one bump or shift and...
https://www.iopp.org/files/public/Alert_15-03_Steel_Drum_Stacking_Considerations.pdf
With a little searching per the International Steel Drum Institute (no, I didn't make that up) 55 gallon drums are specced for 4 high stacking filled with a material up to 1.5x specific gravity (weight of water) and 3 high if over 1.5x
So, the weight of water 8.34lbs x 3 = 1376lbs x 1.5 = 2,064lbs.
Carry on sir.
Not sure where you came up with the weight... There's 8.34 lbs, per gallon of water, so 55 gallons would be 458.7 lbs, plus weight of barrel."
The weight calculations are only relevant if the barrels are filled to prevent collapse. Empty barrels are subject to buckling and catastrophic failure; if they're full, the incompressible liquid inside resists the wall deformation that leads to buckling.
I would have thought it easier to put the lawn tractors above the pickup than below.
i'd feel better if they were filled with concrete![]()
Personally I'd fill 'em with sand.

put smaller steel drums inside the larger drums. If the largest drum fatigues, it'll at least not allow the entire load drop down fully while also providing a seeable warning requiring attention.
I wonder how that shed in Canada is holding up?
Or in the bed if that's all you are trying to find room for.I would have thought it easier to put the lawn tractors above the pickup than below.
