Shipping Container World

Shipping Container World We’re changing. 100% Real container builds. Collabs: [email protected] It's about having the ability to pick up and go whenever and wherever you want.

Living in a container is about freedom, flexibility and living life on your own terms. Living in a container is possible because of containers - strong, durable steel boxes that can be stacked on top of each other to create an instant home or office building. These buildings are versatile, portable, sustainable and affordable - they're everything people need for their ideal lifestyle!

That Little L-Bracket Is What Holds It DownRed circle, look at the steel angle bolted to the pier and wrapped around the...
09/03/2026

That Little L-Bracket Is What Holds It Down

Red circle, look at the steel angle bolted to the pier and wrapped around the corner casting. Small piece, and it's the only thing tying this house to the ground.

Weight alone doesn't do it. An empty 40-footer is around 8,700 lbs, which sounds like plenty until a storm hits a 320 sq ft wall of flat steel. Wind doesn't just push a container sideways, it lifts the windward corners. That's the force these brackets are fighting.

The bracket does two jobs. It stops the box sliding off the pier, and it stops the corner rising. The anchor bolt goes into the concrete, the angle catches the casting, and the load path is closed.

Which is why the piers matter as much as the plate. An anchor is only as good as the mass it's bolted to — a shallow pad pulls out of the ground with the bracket still attached to it.

Also the reason you'll find these on almost anything permitted. Inspectors want to see hold-downs, not just a container resting on blocks.

Built by Modern Containers.

Board and Batten Over Steel, In the SnowThree horizontal 2x4s per wall, screwed into the raised ribs of the corrugation....
09/03/2026

Board and Batten Over Steel, In the Snow

Three horizontal 2x4s per wall, screwed into the raised ribs of the corrugation. That's the whole substructure. Vertical boards go on top and the container disappears.

Fastening into the ribs rather than the valleys is the detail. The rib is the flat, stiff part, and it leaves the valley open as a drainage channel behind the cladding — so any water that gets past the boards runs straight down and out instead of sitting against the steel.

Cost check on a 40-footer's long wall, roughly 400 sq ft: rough-sawn 1x6 pine runs $1.50–$3.00 per sq ft, so $600–$1,200 in boards. Strapping and structural screws add maybe $150. Two long walls and one end, call it $1,500–$2,500 in material for the whole box.

Compare that to the paint-only route at around $250, or vinyl siding at roughly $4–$7 installed per sq ft.

Note the piers in the snow, too — corner castings landing on concrete, box up off the ground. Right order of operations.

Built by container.built.

Prices are rough US estimates and vary by region.

A 20ft Pool You Can Put on a TruckBottom photo is the same unit shut up for transport — cargo doors intact, corner casti...
09/02/2026

A 20ft Pool You Can Put on a Truck

Bottom photo is the same unit shut up for transport — cargo doors intact, corner castings free, sitting on blocks. That's the appeal in one image. A concrete pool is a permanent decision. This one leaves when you leave.

The catch is what it weighs when it's working. A 20-footer filled to about 3'6" holds roughly 3,500 gallons, which is 29,000 lbs of water. Add the box and you're near 35,000 lbs on four corner castings. Those need proper bearing — you can see the pads under each one here, and that's not optional.

Inside it's a real pool build, not a liner: mosaic tile, a bench and steps at the far end, composite decking capping the top rail. The steel is just the tank.

Price-wise these land around $25,000–$45,000 finished depending on heating and filtration, against $50,000–$100,000 for an in-ground concrete pool. Not cheap. Just faster, movable, and no excavator in your garden.

Built by PROCON.

Prices are rough estimates and vary a lot by region.

Full-View Glass Doors on a Container GarageI keep going back and forth on these. Aluminum full-view doors like this cost...
09/02/2026

Full-View Glass Doors on a Container Garage

I keep going back and forth on these. Aluminum full-view doors like this cost $2,500–$4,500 each, and a plain insulated steel door does the same job for $1,000–$1,800. So you're paying roughly double, twice over, for glass.

But look where this thing is. Trees on all sides, snow on the ground, and a container is a windowless steel tube. Cut two openings, drop those doors in, and suddenly the whole front wall is daylight. In a bay you'd otherwise light with fluorescents from 8am, that's not decoration.

The catch nobody mentions in the pretty photos: frosted glass panels insulate badly. Figure R-2 to R-4 versus R-12 or better on an insulated sectional. In a Quebec winter that gap shows up on the heating bill every single month.

Worth it if you actually work in there during daylight. Not worth it if it's just parking.

The rest is quietly good, too — matte black over everything, cargo doors kept on the end, containers meeting at a corner instead of running parallel.

Built by atscontainers.

Prices are rough estimates and vary by region.

Insulating the Outside, Not the InsideFoil-faced rigid board going on over the container, between horizontal furring str...
09/02/2026

Insulating the Outside, Not the Inside

Foil-faced rigid board going on over the container, between horizontal furring strips. Everyone insulates the inside. Doing it out here is the better call, and the reason is width.

A 40ft container gives you 7'8" of interior. Frame and insulate inside and you're down to about 7'2", and every stud touching the steel is a cold bridge that'll sweat in winter. Wrap the outside and you keep the full interior and the steel ends up inside the warm envelope, so condensation never forms on it.

Numbers, roughly: 1.5" polyiso runs about R-9 and costs $0.90–$1.40 per sq ft. A 40-footer's two long walls are around 640 sq ft, so figure $600–$900 in board plus $150 in strapping and screws. Spray foam inside the same box would be $2,500–$4,000.

The strapping does two jobs — holds the board and gives the cladding a nail base with a drainage gap behind it.

Only real catch: nothing heavy can hang on that wall afterwards. Plan your battens before you cover it.

Built by dylanstrachan_.

Prices are rough US estimates and vary by region.

Four Containers, and They Cut Out Almost Every WallLook at the second photo. Those black columns are all that's left of ...
09/02/2026

Four Containers, and They Cut Out Almost Every Wall

Look at the second photo. Those black columns are all that's left of the interior sidewalls — everything between them is gone, so four separate 8-foot boxes read as one wide garage.

That's the expensive part of a build like this, and it's where people get themselves in trouble. A container's side wall carries racking loads, so you can't just cut it away and hope. Every opening needs steel posts and a header welded in before the panel comes out, and you can see them here as evenly spaced columns doing exactly that job.

Money-wise, four used 40-footers run roughly $8,000–$14,000 delivered depending on how far you are from a port. The steel work to open them up, plus four sectional doors at $1,200–$2,500 each, will comfortably exceed what the boxes cost.

Which is the honest lesson. The containers are the cheap bit. Turning them into one open space is the project.

Nice touches inside: LED strips along every beam, interlocking floor tile, Hörmann openers, and the ceiling left as bare painted corrugation.

Built by PROCON.

Prices are rough estimates and vary by region.

They Left the Cargo Doors On. On Purpose.Almost every container build cuts them off or hides them behind cladding. This ...
09/02/2026

They Left the Cargo Doors On. On Purpose.

Almost every container build cuts them off or hides them behind cladding. This one paints them the same matte black as everything else and leaves them right on the front elevation — locking bars, cams, hinges, the lot.

It works because nothing else on the building is fighting them. Same dark tone on the containers, the steel siding and the gable, so the doors read as a design feature instead of a leftover. The only warm notes are deliberate: reclaimed timber doors inside, brick on the far wall, a strip of track lighting.

Practically you're keeping something useful too. Those doors are 7'8" of opening on the end of each box, weathertight, and already lockable. Cutting them off means buying a door to replace them.

Inside it's a proper garage-and-lounge: bikes, gym rack, brick, and vintage glazed doors between the container bay and the living side.

Two 40ft containers as the side walls, framed roof over the gap, deep enough for two cars.

Built by container_customcube.

The Whole Roof Hangs Off the Corner CastingRed circle is the point. A steel plate bolted through the corner casting, and...
09/02/2026

The Whole Roof Hangs Off the Corner Casting

Red circle is the point. A steel plate bolted through the corner casting, and the timber post sits on it. That's what's carrying this roof.

The casting is the right place to do it. It's the strongest single piece on a container, cast solid, and it sits directly on top of the corner post so anything you hang there goes straight down to the ground. It also already has holes in it, so no drilling into structure.

Compare that to bolting into the top rail. That works fine for light stuff, but the rail is thin sheet next to a casting, and a roof this big with snow on it is not light stuff.

Rafters run out past the container on both sides, so nothing sits on the container roof and water drips clear of the door seams. There's a gap between the box top and the roof deck too — air moves through it, and the steel stays cooler in summer.

They Stacked Two in the Middle to Get the PeakFour 40-footers, but not in a row. One down each side at ground level, and...
09/01/2026

They Stacked Two in the Middle to Get the Peak

Four 40-footers, but not in a row. One down each side at ground level, and two stacked on top of each other in the middle. That stack is the ridge.

It's a clever way to solve the height problem. Most container barns need pony walls framed on top of every box to get any roof pitch. Here the stacked pair does that work in steel — you're at roughly 19 feet in the center and 9'6" at the sides before a single stud goes up. The framing you see in the top photo is just closing the gaps, not carrying the building.

Look at where the openings landed too. The bays are between the containers, not cut into them, so the boxes keep their structure intact and stay lockable.

Cladding is rough vertical board gone silver, and the container doors on the upper level are left visible on the gable face. Reads as a weathered barn with one very deliberate steel detail.

Stacked containers lock at the corner castings and want engineered connections — this is crane work, not a weekend job.

Two Roofs, Two Very Different Load PathsSame recipe, different engineering. Top build has a tall gable with a framed pon...
09/01/2026

Two Roofs, Two Very Different Load Paths

Same recipe, different engineering. Top build has a tall gable with a framed pony wall above each container, so the trusses sit high and the trapped roof space becomes real headroom inside. Bottom build sits the roof low and pushes it out past the boxes as an overhang on both sides.

The trade is where water goes and how much structure you need.

Tall gable means more framing to build and more sail area, but a steeper pitch and a genuine attic. Its containers stay exposed on the outside face, so those walls take rain and sun for the life of the building.

Low roof with deep eaves is less framing and much less wind exposure, plus the overhang keeps water off the container tops and the door hardware — which is the part that actually rusts. Cost is headroom. You can see it in the door heights: the top build takes a full overhead door, the bottom one gets a roll-up.

Both are honest builds. Top for climate with attic value, bottom for pure protection.

Which roof would you put on yours?

Address

530-B HARKLE Road STE 100
Santa Fe, NM
87505

Telephone

+15054906764

Website

Alerts

Be the first to know and let us send you an email when Shipping Container World posts news and promotions. Your email address will not be used for any other purpose, and you can unsubscribe at any time.

Contact The Business

Send a message to Shipping Container World:

Shortcuts

Share

Category