#Frackin universe crew bed portable
Power would have to be supplied either through local availability or portable generators of sufficient capacity to run the small electrical tools, and a compressed air system needed for final assembly. Assembly structures would need to be constructed. In the second case, the labor cost of the mill would be greatly reduced and on-site labor/equipment expenditure would slightly rise. The down side is that labor is expensive and the cost per unit for the hosting country would be greatly increased. As a result, the people who most need shelter would receive aid in the shortest time frame. The roof/wall assembly would be snapped together and placed on the sill plate completing the structure. In the first example, because everything is pre-manufactured, assembly of the sill plate, rim joist, body and roof are quickly completed. Rudimentary machining of the lineal and sheet stock being done at the mill level and then completely processed on site.All of the components milled and sheet stock pre cut and ready to assemble.
![frackin universe crew bed frackin universe crew bed](https://i.ytimg.com/vi/sMVmD_lZKqw/maxresdefault.jpg)
#Frackin universe crew bed windows
Windows could be manufactured using vinyl glass slides placed in door lites. Possibly the flooring could be constructed of a plywood/hexacore sandwich. The flooring could be made out of custom built BCI joists. The construction of the roof is similar to that of the wall panels, however in order to reduce the amount of waste, the panels will be cut from the offal from the wall panel stock. Utilizing BRH fittings will allow a tight secure join between panels. It is the perfect method of assembling the wall and roof panels together. One thing that is not shown on the detail is that each beveled face of the stiles will have bed rail hardware installed for assembly purposes.īed rail hardware is basically a tab-A-into-slot-B technology. All rails, stiles, studs and bracing would be Versa-Lam® or BC rim board ®. If gypsum board is not available locally, then the stile/rail profile would need to be changed to accommodate the extra plywood used as substitute for the drywall. However, gypsum is very heavy and would greatly add to shipping costs. Drywall has the distinct advantage of being inexpensive, ridged, and fire resistant. If the host country has a ready supply of gypsum board then the inside panel could be drywall. The stiles will be rebated on both faces to accept sheet stock probably ¼” exterior for the outside. A typical wall panel can be seen in the illustration below. If the design is carefully thought out, once built the HSH can be disassembled and stored for future use.Īs with the original design, the HSH is based on the panel concept. Because of this UV resistance the life expectancy of the Yurt can be expressed in years rather than months. One distinct advantage the Hard Shelled Hexayurt (HSH) has over a tent is resistance to Ultra Violet (UV) deterioration. It is more than feasible that the general principle of the Hexayurt can be expanded so that materials and a trained crew can be airlifted into any disaster area and shelters be quickly built on site. The whole project is there to find solutions to housing the millions of people who do not have any shelter. The Hexayurt project is open source, that is, no patents, no copyrights. I think that the Hexayurt design needs to be beefed up a bit for conditions found in say, China. Coming from just south of the 45th parallel, our fall and winter seasons can get pretty wicked. I believe that his target area of usage is pretty much arid lands.
![frackin universe crew bed frackin universe crew bed](https://community.playstarbound.com/proxy.php?image=http%3A%2F%2Fsayterdarkwynd.github.io%2Fimages%2Ffu%2Fgetstarted.png)
has videos and links concerning the Hexayurt. Twelve sheets of insulated board, some tape and a utility knife is everything needed to construct a shelter.