I’ve noticed that America seems to have a problem with choosing quantity over quality. From our food (Super Size it!!), to our cars (massive SUVs that have never seen a dirt road and never will), to our TV shows (way too much “reality” TV), to our homes (McMansions). Whatever the reason, time eventually comes time for a reckoning if this route is picked too often, especially in concert with one another. One only need look at the average girth of Americans who sit their keisters down in front of their equally massive widescreen TV to watch the latest installment of “Runway Bachelors of New Jersey” while snarfing down a KFMcWhopper.
What does this have to do with real estate? Well....how about the homes built during the Boom for starters? They were excessive in size for the most part. We only need so many home offices, libraries, billiard and mud rooms, study nooks, massive foyers and the like. Oh, and don’t forget those sanctimonious “master suites” with his-and-her closets and a bathroom damn-near bigger than the entire first floor of my grandparents’ home they raised three boys in. Does anyone really even use those Roman tubs anyway? They take forever to fill.
So the houses were big…so what? Well, I’ll tell you what. In large part, many of those homes were a classic case of substituting quantity (space) over quality (structure and finish). As the boom heated up it became increasingly difficult to sometimes even get subcontractors to call you back they were so busy. Their prices skyrocketed while at the same time their quality plummeted. Why? Simple. In order to keep up with demand they 1) hired practically any warm body regardless of skill and 2) they rushed through jobs especially as many guys are piece-workers meaning they get paid each day by the amount of work they do, not the hours they work.
While many workers in manufacturing are paid this way, they do so under much more closely supervised and rigid conditions in a factory built to make just a few things with engineered processes. A few items of every batch go through quality control and if they don't meet standards, the entire batch is discarded, recycled or sold off as seconds.
Construction is very different in that you effectively ship the factory to the final location as opposed to shipping the product to the end location. Plus I don't think most people have ever really thought about the fact that a house is not only a manufactured product (like a car) but it's probably also one of the last mass-produced, hand-built products in America. With so much literally made by hand in the field, construction projects - when combined with piece-work, mass production and multiple companies responsible for the final product - can be a recipe for poor quality. And I've dealt with guys from one trade f'in up another trade's work because some guy pissed them off or got in his way, or whatever.
Most homebuilders do have some form of QC but it's not quite the same thing as in a factory, especially when the money is fast, it's easy to hide flaws, or the end-user (homebuyer) has no idea what they are looking at. If my iPod doesn't work or has a cracked case, it's easy to see the problem, but how many homeowners know if SYP was used for the top plate framing of bearing walls as specified? Because other than the plumbing, HVAC, and electricity, houses don't really DO much. They just kind of sit there. Generally, it's hard for the homeowner to tell if the subcontractor skimped on methods and materials to boost his profit margin...until it's way too late if at all. And that's what this article is about. These latent defects often don't show up until months or years later, when very often the particular GC or subcontractor is out of business.
Where was the building inspector you ask? He was overworked during the boom with barely enough time to get through his assigned daily inspections giving maybe 5-10 minutes per house. And in some locales, more homes built and sold meant more tax revenue and with builders supporting local politicians, planning and building inspection departments were directed to make the process more efficient and not necessarily higher quality (again that obsession with quantity over quality).
Where was the building inspector you ask? He was overworked during the boom with barely enough time to get through his assigned daily inspections giving maybe 5-10 minutes per house. And in some locales, more homes built and sold meant more tax revenue and with builders supporting local politicians, planning and building inspection departments were directed to make the process more efficient and not necessarily higher quality (again that obsession with quantity over quality).
During the Boom I saw a lot of poor quality work. Drywall, roofing, caulking, painting, framing, plumbing - no trade was immune. Under normal conditions this poor-quality work might not cause problems for a decade or more. But with the Great Recession and tens of thousands of Boom houses sitting empty and neglected, how long until these things become real problems? Banks are hardly spending money to perform basic maintenance as it is, let alone major repairs. Plus, home maintenance and repair is not exactly their core business.
Look, a perfect analogy is from the tech industry - GIGO, or Garbage In, Garbage Out. What you put into it is what you get out of it. My first house was built in 1940. When I bought it in 1997, it needed some cosmetic work such as refinishing the original oak floors, tearing out the traffic safety day-glo orange shag carpet, and p-lam counters so old they had metal edges and wear spots in the pattern. However, my wife and I could see through these surface issues and recognize a well-built home. At nearly 60 years old, that place was rock solid. I'm not too sure most of the homes built during the last 10 to 15 years will fare so well.
And this is just not a problem with residential buildings; I've seen it in commercial and institutional ones as well. Much like a lot of businesses these days, it seems the bottom line is the most important thing, quality and pride be damned. We select designs, materials and methods for "lowest first cost" over lowest life cycle cost. In other words, we pick what's cheapest to build now and not what will last the longest and kick the can of repair and replacement down the road to future generations - if the buildings even last that long. Hmmm, sounds familiar.
Where do we go from here? I'll discuss that in my next installment.
Where do we go from here? I'll discuss that in my next installment.