For some time now I've been working on a system to enable someone with minimal construction skills to build their own shop-shed-barn with only a cordless drill and a metal saw, skill, sawsall, portaband, chop, etc. So last week I started building a portable loafing shed using prototype parts. Two caveats, one the base was welded up since this is a portable shed twelve by twenty one. But everything above the skids and uprights is put together with my system. The second of course is I'll not going to have any closeups of the connectors since we're in the process of doing the legaleze to protect the idea. I would like some feedback though if you have any. This project here would be the actual cost of materials purchased plus about four hundred for all the connectors, drawings, DVD-VHS tape etc. Only four pieces comprise the the system. As of now we're looking at a twenty four foot clear span max. So that means with this system one can build a twenty four by however long one's pocket book will stretch. Here's a shot of it without the roof (waiting on the sheets to be cut by the supplier) being towed by my skid steer.
	This shed will be put in a pasture. One side will be a horse stall and the other will be a tack-feed room. The advantages of a portable is the closed side can be moved around to face the weather, north in the winter, south in the summer, etc. There is also the advantage that one can relocate the shed as required to avoid destroying an area, share the wealth from a fertilization standpoint one might say. The screw and connector concept works great but I haven't figured out how to keep the saftey of the one eight pipe turns and the rigidity required for towing without welding. However I can envision a kit where one could have a weldor come in have that part welded up in a couple of hours. The notched fittings and one eighties would be provided. Here's what it looks like when it's ready for the system. It's the same situation as far as the system is concerned as if the six posts were set in concrete for a dirt floored shed. Or if they were set in concrete on a slab or just bolted down. Once the posts are standing it's ready for the system.
	Here's a shot of the framing. Again, this is all put together with self tapping screws, no welds.
	One of the drawbacks of conventional steel framed metal buildings is one needs to use conventional lumber framing methods to build an inside wall. With this system the same framing that holds the outside skin also can hold the inside wall. There's room for using conventional insulation and wiring etc. Framing in a window or a door is really simple too.
	Next week the trim and roof sheets will be in. We'll finish it out and put it on the trailer. Then we'll take it up to sixty five or seventy for a wind test on it's way to it's new home. If I decide to market it via internet a customer would pick a design. I would put together a package with a measured drawing, DVD or VHS tape instruction presentation, and all the connectors, fittings, and screws required along with a material list for what needs to be purchased locally. The cost to the customer will be the cost of the local material purchase, my package, and any labor they contract out for assembly. If they want to put it together themselves then their cost will be material's cost only. When you figure the finished cost rule of thumb is labor equal materials then the customer would be saving fifty percent and have the satisfaction of building it themself. I'm probably at least a year out right now from producing product. We're putting together some investors and professionals to make it work right the first time. So if you have any ideas that you think would help me out share them please. I feel it will be a natural fit for the guy who wants a shed for his tractor, or a detached garage or small barn, or even the guy who wants to have a place to stay while he's building his home. Thanks for your advice in advance.
	In the morning I'm going to use my 6:30 Sunday Morning oversized load permit to move the building fifteen miles. So I borrowed another forklift for the loading onto the trailer.
	It's really quite simple. I lifted one side six inches. Then ran to the other lift and lifted it a foot. Enough of those and then it was just a matter of backing the trailer under it all.
	Nothing to it, right?
	When we arrived at the building's new home there were some interested parties wanting to inspect it. I only ran it up to sixty five for a wind test. It seemed to handle the trip fine.
	Then it was a matter of getting Blue to do her part. First we needed to put down the ramps on the trailer.
	Then Blue just had to grab on and back up.
	And back up some more
5
	On the ground and ready to be moved and anchored in it's new home.