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Kinda figured it was somewhere up there.
I was looking at engineered lumber (normally used internal to structures (enclosed) ) it's quite pricey and heavy. A 18 to 20ft span will easily hit 200lbs for each beam, depending of course on the height of the beam. Steel will break 400lbs. Add in your cross planks and (for me) the cost / time do not equal easy. Especially if your looking for a sturdy enough structure to drive a vehicle across. You stated the government will see it and give you a fine? Are they inspecting your property and the creek regularly? Is the property on both sides of the creek yours?
There are 4-inch steel I-beams that weigh 7.5lbs/ft. So an 18ft span would be 135lbs. It wouldn't be that hard to drag them one at a time, with half the weight resting on the ground.
Also there are aluminum I-beams which have a lot more strength per pound, but they are very pricey.
The creek and both banks are in the right-of-way of the road/trail. It's a former railroad bed that was turned into a recreational trail, with ATV's, cars and trucks and snowmobiles allowed.
Here's what two neighbours did, I suppose if they can get away with it maybe I can too.
Their is your in... if its just off a atv trail get the local atv club involved they have the resources to get a it done and Call it a rest area... If the creek is in the right of way i would be leary of just doing something as the fine could far outweigh the cost of doing it with a permit... Pretty sure permits don't cost a thing at least where i live they don't as i pull permits on a regular bassis.. Just a thought
There are 4-inch steel I-beams that weigh 7.5lbs/ft. So an 18ft span would be 135lbs. It wouldn't be that hard to drag them one at a time, with half the weight resting on the ground.
Also there are aluminum I-beams which have a lot more strength per pound, but they are very pricey.
www.saginawpip.com/steel-i-beams.htm
Alrighty... good luck, here is a place that I found... 4x4 is 13 per foot.
Regardless is it's 13 or 7.5, it's still a lot of weight to be tossing around.
And if it where me, and I was using steel. I'd be looking at a permanent solution, especially if your going to put 2 4" I-beams together to go under each tire and drive a car/truck across it...
How would a car or truck fit on that trail? Clearly doesn't look wide enough. It looks like a pretty solid solution for building a bridge though.
If two cars meet one of them has to pull over while the other passes. It's more suitable for ATV and snowmobile, although cars are allowed on this particular stretch of the trail.
If two cars meet one of them has to pull over while the other passes. It's more suitable for ATV and snowmobile, although cars are allowed on this particular stretch of the trail.
If two cars meet one of them has to pull over while the other passes. It's more suitable for ATV and snowmobile, although cars are allowed on this particular stretch of the trail.
I found these guys who have some nice lightweight bridges you can roll away: https://rollingbarge.com/trail-bridge-kits/
I don't see the roll away option. But regardless, it's a much better permanent option...
How hard would it be to get approval to drop 2-4 large culverts in side by side and then dump gravel and rock around them, making a bridge across in the process?