Tiny Houses

Shipping container tiny house designed for long-term living

Shipping container tiny house designed for long-term living
The Mark VI - VIC has been modified with generous glazing, including a porthole-style window
The Mark VI - VIC has been modified with generous glazing, including a porthole-style window
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The Mark VI - VIC has been modified with generous glazing, including a porthole-style window
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The Mark VI - VIC has been modified with generous glazing, including a porthole-style window
The Mark VI - VIC is a shipping container-based tiny house that's designed for full-time living
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The Mark VI - VIC is a shipping container-based tiny house that's designed for full-time living
The Mark VI - VIC's kitchen has a fridge/freezer, an oven, an induction cooktop, microwave, and quite a lot of cabinetry
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The Mark VI - VIC's kitchen has a fridge/freezer, an oven, an induction cooktop, microwave, and quite a lot of cabinetry
The Mark VI - VIC has a length of 12.2 m (40 ft) and a width of 2.4 m (8 ft)
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The Mark VI - VIC has a length of 12.2 m (40 ft) and a width of 2.4 m (8 ft)
The Mark VI - VIC's kitchen includes a dining table for two
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The Mark VI - VIC's kitchen includes a dining table for two
The Mark VI - VIC's bedroom is reached by a sliding container door
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The Mark VI - VIC's bedroom is reached by a sliding container door
The Mark VI - VIC's bedroom includes a double bed and some storage space
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The Mark VI - VIC's bedroom includes a double bed and some storage space
The Mark VI - VIC's bathroom includes a shower, sink, and a flushing toilet
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The Mark VI - VIC's bathroom includes a shower, sink, and a flushing toilet
The Mark VI - VIC's bathroom includes a washer/dryer
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The Mark VI - VIC's bathroom includes a washer/dryer
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Sonic Steel, the creator of the Mark T, recently completed another notable example of shipping container-based architecture. Named the Mark VI - VIC, the tiny house features a well-designed interior that's suitable for full-time living for up to two people.

The Mark VI - VIC is built from a single shipping container and has a length of 12.2 m (40 ft), and a width of 2.4 m (8 ft), which is around the same as North American tiny houses like the Purple Heart Manor. Its exterior is painted a uniform gray and it's fitted with generous glazing. It also has lots of insulation installed to mitigate the poor thermal performance inherent in shipping container-based architecture.

The home's center is taken up by a living room and kitchen. The living room contains a sofa and some storage space, plus space for a TV and coffee table, while the kitchen has a fridge/freezer, an oven, an induction cooktop, microwave, and quite a lot of cabinetry. There's also a dining table for two people nearby.

The Mark VI - VIC's kitchen has a fridge/freezer, an oven, an induction cooktop, microwave, and quite a lot of cabinetry
The Mark VI - VIC's kitchen has a fridge/freezer, an oven, an induction cooktop, microwave, and quite a lot of cabinetry

In a nice touch, the sliding container door that provides access to the bedroom appears unfinished, underlining its utilitarian nature. The bedroom itself has a double bed and, thanks to its first-floor position, has ample headroom to stand upright. It also includes a neat porthole-style circular window.

The bathroom in the Mark VI - VIC is relatively spacious for a container-based tiny house and contains a flushing toilet, a shower, plus a washer/dryer.

The Mark VI - VIC runs from an RV-style hookup, but can be configured to run fully off-the-grid with a 4.15-kW solar panel array, 10-kWh battery storage, and an inverter.

As its name suggests, the Mark VI - VIC is based on Sonic Steel's standard Mark VI model, which costs AUD 130,000 (roughly US$85,000), depending on options like furniture and off-grid additions. It's available throughout Australia.

Source: Sonic Steel

View gallery - 9 images
4 comments
4 comments
JD
Having lived in a converted shipping container for the last six years, there are some pros and some cons.
- The pros are that it arrives as a ready-made shell that you can build out a structure inside of. - The structure is incredibly sturdy and only needs four pads to sit securely on.
- once insulated and drywalled or plywooded inside, it is incredibly quiet, wind resistant and safe.
Here are the cons:
- you are living in a Faraday cage, which means no signal from the outside world can get in. So you end up needing a cell phone signal booster, which transmits on the inside, as well as a wireless router of some kind.
- condensation is a huge problem when the temperature differential outside and inside are too great. I have actually had it rain inside.
- if you choose to spray foam, rather than use conventional insulation, you will be breathing in the off-gassing. Even so-called green spray foam is still dirty by comparison to Rockwell. I chose the latter.
- in the end, to deal with condensation, you will have to put a roof over the structure, otherwise expect rain to eventually find its way into your windows. I tried flashing and a variety of other methods to keep rain from seeping in at the top of the windows. But until I installed a roof, I had problems.
- as I said, you are living in a Faraday cage, so expect that the intense Wi-Fi and cell phone signal booster signals will be bouncing around inside. The more powerful the router, the more you are absorbing all of that radio frequency.
- rust will eventually occur, however often you paint, however much you look after it.
- if you are converting a used shipping container, you have no idea what they transported legally or illegally, and you will be breathing that in as I found out.
In summary, shipping containers are strong, quiet, and useful shells to build a habitat inside of. But they are not healthy, and they are not easy, and in the end you will spend almost the same amount as you would have if you built a wooden structure of the same size.
YourAmazonOrder
This --> @JD's comments. Most people get anxiety pains when their, "bars," drop below 3. How are they going to deal with not being able to stream TikTok using their $1000+ 5G smartphone ...
Techutante
@JD Thank you, I was going to come and talk smack about them, but you made all my points. The ease of transport and the availability of containers to use is surely the number one best reason to use them. But I feel like they have to be a rust bucket no matter what you do. And the condensation. I didn't think about the Faraday cage aspect, that's interesting and I'm sure annoying.
sleekmarlin
I haven’t lived in a shipping container, so my comments aren’t from personal experience. I have five acres near Canberra, Australia, where something like this could be a perfect fit. The website says they use the VenSulation system to address condensation and ventilation issues (see: https://www.youtube.com/watch?v=MB6MvHel9hQ). I’d be curious to know how well that actually works. They’ve clearly put some thought into it, but I wonder if there are any independent studies on it. There must be ways around the Faraday cage problem. My own house is roofed and clad in steel, and I’ve never had a problem—windows and doors let signals in and out. Adding a roof to a container setup wouldn’t cost much. I’d need one for water collection anyway, and it would help keep the roof cooler. I’d probably extend it for a veranda and to catch more water. Canberra can get quite cold on winter nights (down to –6 °C / 21 °F). Hopefully the VenSulation system and double glazing can handle that.