# Why Pre-cut Studs are 92-5/8″ Long

Why Pre-cut Studs are 92-5/8” Long

Growing up with my Father and six framing contractor uncles (my Dad’s five brothers and Auntie Darlene’s husband Vern) all of us male Momb cousins (myself, brother Mark, Kim, Randy and Scott) eventually became M.E.I. (Momb Enterprises, Inc.) teenage slaves. My beloved Uncle Gil even has on his Facebook profile, “Former Mean Boss at MEI”. Whilst our generation worked hard, we were generally looked upon as strong backs and weak minds – there was very little explanation as to why things were done a certain way, and lots of do it, do it quick and do it right.

In framing stud walls, Uncle Gil would give us an evil eye if we had a stud even a minute fraction of an inch off being directly between his lay out marks on top and bottom plates. Never was there a discussion of why it was we were framing with studs 92-5/8” long, when all other framing lumber came in even two foot multiples (albeit those were always ½” to 5/8” greater in length than an exact two foot).

Now an average small home takes roughly 400 studs, can you imagine how time consuming it would be to have to trim back all of these if eight foot material was ordered and 92-5/8” was desired?

It wasn’t until I went to work managing Lucas Plywood and Lumber’s roof truss plant, where I became exposed to “P.E.T.” – Precision Trimmed Lumber. This was one service provided for by our lumber remanufacturing (aka reman) operation. While there, since I was good at math, I taught members of our lumber sales team how to do material takeoffs for stick frame home lumber packages.

Helpful hint to those of your reading along at home – want studs 16” on center (o.c.)? Take lineal footage of walls and order the same number of studs as feet of wall. 24”o.c. take lineal footage x 2/3rds. Works out to be remarkably close in actual use.

Anyhow, back to why studs are 92-5/8” long.

Anecdotally, supposedly the company who first pre-cut studs couldn’t close their 1943 delivery truck’s tailgate with eight foot material – so studs were cut to fit the truck bed.

When 92-5/8” studs are placed upon a single 2x bottom plate and a double top plate, wall height becomes 97-1/8”. This allows for 5/8” drywall on ceilings and keeps wall drywall ½” above the subfloor. This gives space for drywall to expand and contract without affecting flooring, as well as from absorbing any moisture on the floor.

Even though post frame buildings, with interiors to be finished, should be properly designed using bookshelf (horizontal girts) for exterior walls, these same rules are best followed for determining floor-to-ceiling heights. By use of heights 1-1/8” greater than whole feet, material use is minimized and drywall sheets can be run vertically without need for cutting. For extended reading on why this is best: www.HansenPoleBuildings.com/2019/09/11-reasons-post-frame-commercial-girted-walls-are-best-for-drywall/.

# You Can Do It!

You Can Do It!

Screamed headlines of my first ever print display ad for pole barn kits in 1981!

I have included below a snippet from one of my first blog posts from 10 years ago:

“In the summer of 1979, home interest rates began to rise. Idaho had a usury limit, home mortgages stopped in Idaho. I set out looking for other opportunities and ended up in Salem, Oregon.

I was offered the position of truss plant manager at Lucas Plywood and Lumber, in August 1979. It would be a smooth transition, as the prior manager would be there for a month or so to ease me into the system. At first glance, the operation was frightening. I was used to trusses being manufactured using hydraulic presses to embed the steel plates into the trusses, not teams of workers banging them in with hammers and pushing them through a set of “rollers”. Even more frightening was when I discovered all the lumber being used was green (I had no idea trusses were built anywhere with lumber which was not kiln dried). But my total heart failure nearly occurred when I found they were using lumber graded as Standard and better for truss chords, as someone had convinced them it was the same as #2 and better. Not even close! Well, the previous plant manager packed up at noon of the first day saying, “Good luck, son”. My first several months were spent on educating the troops and introducing dry lumber, both with some successes. The lumber sales team was my age as well, which helped to gain eager learners. I taught them how to do lumber lists from building plans, so they could quote framing packages.

In January 1980, the housing crunch I had fled from in Idaho hit Oregon. My truss plant, which typically produced 8 to 10 buildings worth of trusses a day, had only four orders in the entire month! Not good – however there was a single common denominator among those four orders, they were all for pole barn trusses. I didn’t have the slightest idea what a pole barn was, but it was time to find out. I picked the brain of a long time pole barn builder, George Evanovich, who explained the basics to me.

Now I have to confess, I was brought up with, “Wood is good”, so the entire concept of using roll formed steel for roofing and siding was a novel experience for me. Having convinced myself it had its place, we figured out material prices for some fairly typical pole barns and ran ads selling building kits. The response was overwhelming. By April, we were not only running the truss plant full time again (producing primarily pole barn trusses), we had also hired George and his two crews to construct buildings for our clients. By June, the truss plant was operating double shifts, just to keep up with the volume.”

For those of you interested, the full text of this post can be found here: https://www.hansenpolebuildings.com/2011/06/theres-no-education-like-real-life-business-experience/

Anyhow, back on point, there were an incredible number of people totally willing to undertake erection of their own pole barns. Even more amazing is – any of them turned out! We provided absolutely no instructions and “plans” (I use this term lightly) were drawn by hand on a few sheets of 8-1/2” x 11” white copy paper.

Moving forward four decades in time, Hansen Pole Building kits have greatly evolved, and not just in quality, benefits and features – but in ease of assembly for an average D-I-Yer.

Your new Hansen Pole Buildings’ kit is designed for you (an average physically capable person, who can and will read and follow instructions), to successfully construct your own beautiful building shell (and most of our clients do DIY – saving tens of thousands of dollars). We’ve had clients ranging from septuagenarians to fathers bonding with their teenage daughters erect their own buildings, so chances are – you can as well!

Your new building investment includes full multi-page 24” x 36” engineer sealed structural blueprints detailing locations and attachments of every piece (as well as suitable for obtaining Building Permits), the industry’s best, fully illustrated, step-by-step installation manual, and unlimited technical support from people who have actually built post frame buildings. Even better – it includes our industry leading Limited Lifetime Structural warranty!

Yes – You CAN do it!

# Customers Didn’t Care About Pole Barn Features

Customers Didn’t Care

When I originally dove into pole barn kit package sales in 1980 it appeared customers didn’t care about features or benefits of our buildings. If they did, they certainly were not asking me!

Advertising was simple – newsprint (regional farm paper and free shoppers). Our ads listed dimensions (width, length and eave height), along with prices for basic three sided barns.

Our only competition for barn kits was Gary Cornell’s Woodland Park Lumber, who had more than a five year head start.  I have never met Mr. Cornell, who is now approaching his 80th birthday, however he did appear to have developed a successful business model. Our efforts to expand upon this model were wildly successful.

My beginning pole barn mentor was George Evanovich, a builder who operated a company known as Metal Building Erectors (previously mentioned in this article: https://www.hansenpolebuildings.com/2015/08/entry-door-2/). Willamette Valley Oregon lumberyards in 1980 made a business out of selling lots of low grade (#3 and utility) green lumber. My employer, Virgil Lucas – owner of Lucas Plywood and Lumber, being no exception to this rule.

Although perhaps just a rumor, I had been told Virgil got his lumber business start while working in a plywood mill. As this story was told to me, apparently he could buy discounted non-certified plywood. Taking this plywood home to his garage, he used a belt sander to remove grade marks and resell it to home building contractors making a tidy profit. When I was hired to manage his prefabricated roof truss manufacturing plant in 1979, Lucas Plywood and Lumber had become a thriving multi-million dollar enterprise.

Combining George’s knowledge (or lack thereof) and Virgil’s seemingly unending supply of cheap, low grade lumber resulted in a very affordable pole barn – knowing what I know now, was amazing they stood up!

From a street side view they looked just fine and we were not being questioned about quality. As we share in this journey through features and benefits in articles following this blog, I will throw in what was or was not being included in this 1980 vintage pole barn.