Fledging developer Andrew Anderson is challenging the idea of what a typical Hamptons beach house is, and the result is already turning a few heads.
“It was like Legos for adults,” Christopher Stewart, a real estate broker, said of seeing six steel cargo containers pieced together into a beach house in Amagansett one day in October. “It was an incredible process to watch.”
“It’s really cool,” said Mr. Anderson, who’s developing his first Beach Box, or Hamptons container house, between an A-frame and a high-ranch on a small lot on the Napeague stretch. “They come to the site and have this huge 75-ton crane lift the containers up and drop them into place.”
Late last week Mr. Anderson was visiting the beach house to see how finish work was getting on. He said he hopes the house will be a prototype for many to come, adding that this first one will hit the market in spring with a price tag somewhere “south” of $1.5 million, and with Mr. Stewart as the broker.
Shipping containers are designed to stack nine high and withstand heavy seas, and thus have great structural integrity, Mr. Anderson reported.
“Essentially a container has a 15- to 20-year life span, at which point they retire them,” Mr. Anderson said.
According to Mr. Anderson, after approximately 20 years, the containers are usually piled up at ports to be melted down. But a friend of his has founded a New York-based company called Safe Green Building Blocks that has been converting them, in-
stead, for an array of uses such as hurricane- and earthquake-resistant barracks, relief housing, hotels and—now, for what Mr. Anderson said he thinks is a first on the East Coast—luxury habitats.
“This gives you an opportunity to give these containers a second life,” he said of “upcycling” them into beach retreats. “You can build them to look like anything; I happen to be doing a very modern beach house,” he said.
“You’re only going to know the container where we want you to,” such as where the corrugated steel ceiling is intentionally left exposed throughout the second floor, Mr. Anderson said. A subtle bit of corrugated steel on a first-floor wall prepares those who enter for the ceiling expanse upstairs.
At about 2,000 square feet, the Beach Box house consists of four blocks on the bottom and two on top in an upside-down layout to take advantage of views of ocean, dunes and bay. There is lots of glass, including large sliding doors; and lots of decks, including one that wraps around three walls of the second floor.
The house boasts four bedrooms—all on the first floor, one with a walk-in closet—two and a half baths, a mud room, a fireplace, an outdoor shower and a saltwater pool. The exterior is clad in cypress and panel siding to be painted gray.
“We wanted it to fit into the community, wanted to make it look like the other houses in the community,” Mr. Anderson said.
Reusing shipping containers to build the house is just one way its carbon footprint has been reduced. Wood elements are certified by the Forest Stewardship Council, which promotes responsible forest management, and kitchen countertops are made of an eco-friendly, re-purposed paper composite the developer described as “incredibly durable.” Energy consumption will be almost halved, Mr. Anderson said, thanks to spray-foam insulation, a “tier-16” climate control system, LED illumination, a tankless hot water heater and a heat-reflecting roof membrane.
“This is the first of hopefully many to come,” he said of the house he said he hopes will be the first of six to go up in the next two years in the Hamptons. “They have a fairly limitless array of applications.”
A real estate broker in Manhattan who is starting a development career, Mr. Anderson has been negotiating to buy three lots—in neighborhoods from Amagansett to Montauk—for three more container houses. He said he plans to make them similar in style to the one on Napeague, which happens to be his personal preference.
But, he added, “You can make these look like anything,” he said; even incorporating the usual Hamptons cedar shingles and gambrel roofs.
“You’ll see me do a nice traditional house in East Hampton Village shortly,” he said of a future container house project. “Just to show everyone that we can do that style.”
Container houses not only are “three times stronger than anything,” he said, thus a pleasure for home insurers, but they are less wasteful and quicker to build than “a traditional stick building,” according to Mr. Anderson.


Dec 6, 2011 8:23 AM
















And what R-values are they getting out of them? How much insulation is there? What's the heating cost of a steel shipping container with interior insulation over a New York winter?
Is this really a sustainable building, or is it a design fad disguised as an eco-project?
The efficiency of these houses is equivalent to a modular, or better, as you can seal them tighter than a whales behind. Put this finished design up to a thermal imaging camera, and you will most likely be thoroughly impressed. The "prefab" style of design also has less environmental impact, as you aren't smelting these containers to recycle them, which would require fossil fuels.
All around, they exceed "stick ...more houses" in many ways.
Are these container designs getting the same level of insulation as a 2x6 'stick house'? Really? ...more If you assume both types of construction are properly sealed, my money is on the stick house to win hands down.
Add to that the efficiency of building with wood joists and plywood - both of which are renewable resources - are we really convinced that a steel shipping container is a responsible construction technique?
Most "modification" involves a MIG welder, which uses argon, Sharpie markers, soapstone, and an oxy-acetylene torch, or plasma cutter. As mentioned above, the fossil fuels which ...more would normally be used to melt these containers down, is not expended. You aren't cutting down as many trees, which are a LONG TERM renewable resource, even with proper forest management. Getting away with planting eucalyptus to reforest cheaply, and poisoning the soil with acid has been over for a while. In addition, by the time you're done insulating the container walls with spray foam, the R-value question is moot. Funky physics take over, and the walls are not a "heat sink".
I know humans are creatures of habit, and letting go of old forms is hard to do, but look into it a little more. The particulars you find may surprise you.
This type of construction would have to meet the same codes as any other home, so I don't see how they could be any less efficient. From the photos I see spray insulation, which is better at keeping drafts out than the pink stuff most homes use.
What would worry me is the things that haven't been realized yet. Did one of these containers ...more ship caustic chemicals for 20 years? What is the process they use to assure there is nothing harmful left before telling somebody they can live in it?
All that steel on the water also makes me scratch my head. Housewrap will allow moisture to penetrate.
But I'm taking the environmental claims with a pinch of salt until they can document them.
I wish him the best, but nobody should take him at his word with these claims until he can document them. Mr. Z is right to encourage us to look into these ideas, but until ...more the research has been done, I will continue to advocate a contrarian position to that of the article.
$1,000,000 for three $2500 containers? WOW. Nothing ever changes in Amagansett. Bummer.