In less than four hours, a construction team managed to build a two-story house out of six 45-foot-long shipping containers.
The building, located in New Haven, Conn., was designed by Christian Salvati and Edsel Ramirez of Marengo Structures. The apartments cost $360,000 to build, and Salvati purchased the lot for $22,500 from Hill Development Corporation.
Jetson Green reports that Salvati hopes that he will see a large decrease in cost as he builds more shipping container homes, once the economy of scale becomes applicable.
The builders moved the containers to the construction site on flatbed trucks, then used a crane to put them in place. Holes for doors and windows and some of the interior walls to make rooms were cut out prior to construction.
Here's a photo recap of the project:
A concrete foundation, approximately 45 times stronger than the foundation used in the construction of standard houses, was laid prior to construction as well.
While the front of the house is fitted with a wooden facade that matches other houses in the neighborhood, the gray exterior sidewalls are still visible. Salvati left the container's original doors in place, and they now swing out to create the sides of the rear back porch.
The home has two separate apartments. Students are currently renting out the downstairs apartment, and Salvati uses the upstairs apartment when he vists New Haven. Inside, the apartments don't look like they're built from shipping containers.
The interiors have sheetrock walls and ceiling; the floors are made of poured and polished concrete. While heated by baseboard hot water heaters, the home also has radiant floors. Air conditioners, ventilators and ceiling fans have been installed for cooling. Finally, the walls are insulated with six inches of soy-based sprayed cellulose.
Related Stories
| Nov 10, 2011
Skanska Moss to expand and renovate Greenville-Spartanburg International Airport
The multi-phase terminal improvement program consists of an overall expansion to the airport’s footprint and major renovations to the existing airport terminal.
| Nov 10, 2011
Suffolk Construction awarded MBTA transit facility and streetscape project
The 21,000-sf project will feature construction of a cable-stayed pedestrian bridge over Ocean Avenue, an elevated plaza deck above Wonderland MBTA Station, a central plaza, and an at-grade pedestrian crossing over Revere Beach Boulevard
| Nov 10, 2011
Thornton Tomasetti’s Joseph and Choi to co-chair the Council on Tall Buildings and Urban Habitat’s Outrigger Design Working Group
Design guide will describe in detail the application of outriggers within the lateral load resisting systems of tall buildings, effects on building behavior and recommendations for design.
| Nov 9, 2011
Lincoln Center Pavilion wins national architecture and engineering award
The project team members include owner Lincoln Center for the Performing Arts, New York; design architect and interior designer of the restaurant, Diller Scofidio + Renfro, New York; executive architect, FXFOWLE, New York; and architect and interior designer of the film center, Rockwell Group, New York; structural engineer Arup (AISC Member), New York; and general contractor Turner Construction Company (AISC Member), New York.
| Nov 9, 2011
Sika Sarnafil Roof Recycling Program recognized by Society of Plastics Engineers
Program leads the industry in recovering and recycling roofing membrane into new roofing products.
| Nov 9, 2011
American Standard Brands joins the Hospitality Sustainable Purchasing Consortium
American Standard will collaborate with other organizations to build an industry-wide sustainability performance index.
| Nov 8, 2011
Transforming a landmark coastal resort
Originally built in 1973, the building had received several alterations over the years but the progressive deterioration caused by the harsh salt water environment had never been addressed.
| Nov 8, 2011
WEB EXCLUSIVE: Moisture-related failures in agglomerated floor tiles
Agglomerated tiles offer an appealing appearance similar to natural stone at a lower cost. To achieve successful installations, manufacturers should provide design data for moisture-related dimensional changes, specifiers should require in-situ moisture testing similar to those used for other flooring materials, and the industry should develop standards for fabrication and installation of agglomerated tiles.
