The phrase “homes as products” gets misheard almost every time it’s said. People hear it and picture identical houses stamped out on an assembly line, rows of them, indistinguishable, cheap. Or they hear the opposite: a slick configurator promising that you can design any house you can imagine with a few clicks. Neither is what the phrase means. The useful idea lives between those two misunderstandings.
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A product, in the sense that matters here, is something built from a defined base with a controlled set of options. A car is a product. You don’t hand the factory a blank sheet and describe the vehicle you want. You choose a model, then a trim level, then a short list of options within that trim. The engine mounts where engine mounts go. The wiring harness is already designed for the choices the configurator allows. Everything downstream of your selections — the manufacturing sequence, the parts list, the labor — is known before you finish ordering, because the range of what you can order was bounded on purpose.
That last point is the whole thing. The value isn’t in the options you get. It’s in the options you don’t get.
How most homes are built now
A typical new home, even a “production” home, is closer to a one-off than most people realize. Plans get adjusted. A wall moves to suit a lot. A window package changes. The structural engineering gets revisited. Trades coordinate around the specific quirks of that specific house, often on site, often in real time. Much of this work is competent and skilled. It is also work that gets redone, in slightly different form, on the next house, and the one after that.
This is the productivity problem in residential construction stated plainly. It isn’t that builders are slow or careless. It’s that the industry rebuilds the coordination from something close to scratch on nearly every project. Each house re-solves problems that were solved last month a mile away. Manufacturing industries spent the last century attacking exactly this kind of repeated, low-leverage rework. Construction largely hasn’t, and the result shows up in cost, schedule, and waste.
“Homes as products” is a response to that specific problem. It is not a claim that houses should all look the same.
Configuration is not customization
The distinction that does the real work is between configuration and customization.
Customization starts from a blank slate. Anything is possible, which sounds like freedom but in practice means every decision is open, every interaction has to be re-coordinated, and every house is, to some degree, a prototype. Prototypes are expensive. They’re supposed to be — that’s what the word means.
Configuration starts from a defined system and offers controlled choices within it. The base is fixed and well understood. The options are real, but bounded, and every option has been worked out in advance so that choosing it doesn’t trigger a cascade of redesign. You still get a home that fits your needs. You give up the ability to change things the system wasn’t built to change.
That trade-off is genuine, and it’s worth being honest about. A configured home is not a house where every dimension bends to your wishes. If your requirements fall outside the system’s range, a product approach is the wrong tool, and a custom build is the right one. The argument isn’t that configuration beats customization in every case. It’s that a large share of housing demand doesn’t actually need a prototype, and has been paying prototype prices anyway.
This isn’t a new idea, and it isn’t speculative
The reason this is worth taking seriously is that it has been done before, at scale, with ordinary technology.
Between roughly 1908 and 1940, Sears, Roebuck and Co. sold kit homes out of a catalog. A buyer chose a model from a book, and the company shipped the materials — pre-cut framing, a numbered parts manifest, fixtures, instructions — by rail. Tens of thousands of these houses were built across the United States, and many are still standing and lived in today. The catalog offered dozens of designs with options inside each one. That is a product line. It worked because the choices were bounded and the assemblies were repeatable.
Japan offers a living version of the same idea. A significant portion of new detached homes there are built by industrialized housing companies that manufacture major components in factories and assemble them on site. Buyers select within defined systems rather than commissioning a one-off design. The result is high build quality, short on-site schedules, and tight quality control — achieved precisely because the range of variation is managed rather than open-ended.
Neither example required exotic materials or futuristic software. They required discipline about what to standardize and what to leave open. That’s the part that transfers.
Where this leaves the homeowner and the builder
For a homeowner, a product approach trades some design freedom for predictability. You’re more likely to know what the home will cost and when it will be finished, because those answers were largely determined by the system before your project started. You’re choosing within a menu rather than authoring a manuscript. For people who want a well-built home that meets their needs without managing a custom project, that’s a fair trade. For people whose vision genuinely requires a custom home, it isn’t — and pretending otherwise would be dishonest.
For a builder or developer, the appeal is repeatability. A system you’ve built before is a system you can build again faster, with fewer surprises and fewer errors, because the hard coordination work was done once instead of every time. The gain isn’t magic. It’s the ordinary compounding benefit of not re-solving the same problem repeatedly.
Why steel framing fits the idea
A product approach depends on assemblies that are consistent from one build to the next. Cold-formed steel framing lends itself to that more readily than site-cut wood, for a simple reason: steel members are manufactured to precise, repeatable dimensions, and panelized assemblies can be produced the same way every time. When the parts are consistent, the configuration becomes meaningful — selecting an assembly actually means selecting a known, repeatable thing, not a description that a crew will interpret differently on each site.
This is not a claim that steel is the only path to industrialized housing, or that it is superior to wood in every respect. It’s a narrower point: standardization and repeatability are easier to achieve when your components are themselves standardized and repeatable, and steel framing starts closer to that condition.
What we’re not claiming
It would be easy to turn “homes as products” into a promise — guaranteed lower costs, guaranteed faster schedules, the housing crisis solved by a configurator. We’re not making those claims, because they aren’t ours to make. The industry that delivers configured homes at scale in the United States largely doesn’t exist yet. Building it is a long, unglamorous project of standardizing systems, coordinating manufacturing, and earning the trust of builders and buyers one project at a time.
What we can say with confidence is narrower and, we think, more useful: a large share of housing has been built as if it were a prototype, when it didn’t need to be. Treating homes as products — defined bases, controlled options, repeatable assemblies — is a credible way to change that. It’s a direction, not a destination, and it’s worth being honest about which is which.
