Shipping Container Prefab
by on 01.27.05
Proponents of modern prefab are always lamenting 1) the strop that manufacturers throw when you ask for a house without old-school traditional charm, and 2) the problem of getting the house from factory to site. Converting standard 20- or 40-foot shipping containers into housing gets round both snags: the containers are already fabricated, and the infrastructure for transporting them (duh—stick ’em on the back of a truck or on a boat, or even a train) already exists. Pretty cheap, too, and pretty green considering the huge surplus of empty containers cluttering up US ports. And there’s way more to it than just cutting a door and a window into a box and calling it a house. In the extended post, we look at some of ways architects are using containers, and what the future might hold.
Strong but slender, containers can be wedged into small plots and stacked up to 9 units high. Adam Kalkin, whose $76,000 Quik House is shown above, stacked two rows of containers and roofed the space created in the middle for his 12 Container House. New York firm LOT-EK offers CHK compact (below) and CHK loft houses which both cantilever a second story of containers over the first, maximizing space with a terrace at one end of the house and a covered porch at the other. If the 2003 Seatrain house by our new eco-hero Jennifer Siegal (on her site, click “architecture” then “projects” and it’s first in the list) were next door, we’d have to confess coveting our neighbor’s house. Siegal manages to use the containers subtly, but without hiding them (see the interior shot to the left of this paragraph).
Due to the ease of transport, some container houses are planned as emergency relief housing, like the Future Shack and Global Peace Containers.
Individual houses are only half the container story, though. Larger complexes of many shipping container units address the difficulty in providing high-density prefab housing. Like Spacebox (which reader Rob Kelley pointed out would be greener if made with containers), they can operate on a system of plug-and-play pods, with utilities in a central core rather than the living units themselves. Keetwonen is developing containers into a system aimed at university students. Mark Strauss of Fox & Fowle Architects designed a 3-story curve of containers for a site in Gloucester, Massachusetts. Gloucester Green (below) would house 351 live/work units, 145,000 square feet of commercial space, and 25,000 square feet for retail. The proposal won the 2003 “Density: Myth and Reality” competition held by the Boston Society of Architects.
Eventually, the plug-and-play structures could be internationally standardized, as shipping containers themselves already are. Then you could stick your house on a boat (contents and all), move across the world, and still be right at home. Imagine: moving without packing up! It’s a globetrotter’s idea of heaven. We’re a long way from having a standard—most of the projects we’ve talked about are still only planned or prototyped—but we can see big bucks in a company that can figure out the logistics (though, in our imaginary utopia, architects of all nations join together in universal standards without a megacorporate finger in the pie).
The list of container projects at fabprefab shows some of the ways container housing is being approached, and the Shipping-Container-Architecture Information Repository has more good information. [by KK]

















Fabulous idea but what happens when you wake up to find you and your bedroom in Singapore?
We have cargo containers (40 feet size) that we are planning on remodeling. We need to know what is the best way to cut out spots of the steel. For example for doors and windows? What have you used?
We have a solar set up for household electricity, using a generator for tools.
Thanks for your time and information. Marla
I'm curious to know how well these containers can be recycled after they have been reconstituted as homes. I'm currently working on a design project and in order to be able to utilize containers in this project I have to show that they can be recyled after their modified life. Any information would be appreciated.
I am building one container house made out of a second hand ISO shipping container.
Look some pictures of the work in progress at HABICAN, on www.habitainer.net
Mala - I can't give you any advice but visit a local engineering shop - they will know how to cut steel. here are some things you might think/ask about - plasma cutter or an angle grinder with a cutting wheel. You may need to get a bigger generator for a while to power these.
Recycling - AFAIK they are plain steel so could be cut up & probably sold to any metal recycler. You may need to chek on what type of paint is used on them.
see http://www.fabprefab.com/fabfiles/containerbayhome.htm
for the best overview site I've seen on container houses.
See ya