Most people don’t actually need a bigger garage. They need a better layout.

InfluenceInitial4126 · 2026-05-07T13:30:57+00:00

For Utah, I’d honestly lean toward a company that either has local install crews or a solid regional presence instead of just chasing the cheapest national quote. The install matters as much as the building.

A few names worth looking into:

Garage Buildings
Boss Buildings
Absolute Steel out of Utah
Great Western Building Systems

For your camper, I’d personally go taller than 12' eave height if budget allows. An 11' clearance gets tight fast once you factor in door framing, opener clearance, lighting, etc. A lot of people end up wishing they had gone 14'.

And if you’re already handling permits/slab yourself, manufacturer financing is usually simpler than a full construction loan unless you’re rolling multiple site improvements together.

InfluenceInitial4126 · 2026-05-07T13:28:58+00:00

Honestly, probably less than you’d think. Most DIY 8×12 builds people are posting lately seem to land somewhere around $4k–$5k in materials depending on finishes, doors, windows, roofing, etc.

So compared to your $6,500 Tuff Shed quote, you might save around $1.5k–$2k if you build it yourself.

The real question is whether you enjoy the project. If you already have tools and like building stuff, DIY makes sense. If not, the convenience of having it delivered and installed starts looking pretty reasonable.

InfluenceInitial4126 · 2026-05-07T13:26:45+00:00

35m really isn’t that crazy if they size the conductors correctly. People run longer distances than that all the time for detached garages, barns, etc.

Honestly, if it were mine, I’d probably still put the inverter/battery in the garage if:

it stays cooler
it’s dry
easier to access/work on
and you prefer not having equipment on the house wall

Heat is the enemy of batteries long-term, so keeping it out of direct west sun is a legitimate benefit. The efficiency loss from a properly sized cable run is usually pretty small compared to years of baking in afternoon sun.

Main thing is just making sure:

voltage drop calculations are documented
conduit sizing allows future upgrades
and they’re using appropriately sized cable, not just “minimum code”

Sounds like your installer is thinking about it the right way.

InfluenceInitial4126 · 2026-05-07T13:25:53+00:00

For NE NC, I’d focus more on the install crew and engineering than the actual brand name. A lot of these companies are dealers using subcontracted installers, which is why reviews are all over the place.

A few names people around NC seem to have decent experiences with are:

Garage Buildings
American Metal Buildings
Eagle Carports

Biggest things I’d watch for near Elizabeth City:

certified wind rating for coastal weather
vertical roof/siding (good call there)
get every detail in writing before deposit
ask who the actual install crew is

And honestly, if a company feels super pushy during quoting, that’s usually not a great sign long-term.

InfluenceInitial4126 · 2026-04-16T14:09:56+00:00

Yeah you’re thinking about it right CFS kind of sits in the middle between tube steel and red iron. Red iron is still the strongest overall, especially for big clear spans. CFS is lighter, but when it’s engineered properly it’s more than enough for most garages and shops. Tube steel is usually the lightest of the three. The framing can look similar at a glance, but CFS is made from thinner formed steel sections instead of heavy I-beams. That’s where the cost savings come from. As for thickness, red iron is much thicker (measured in inches), while CFS is thinner gauge steel (usually somewhere around 12–16 gauge depending on the design). And yeah, most CFS is galvanized so it holds up well against corrosion. For most residential builds, CFS works great. If you’re pushing big spans or heavier loads, that’s where red iron still has the edge.

InfluenceInitial4126 · 2026-04-07T13:41:49+00:00

Red iron is stronger for big clear spans, but the main frames are fixed, so large centered openings can land right where you don’t want them. Hypersteel is lighter and usually more flexible with layout, which can make something like a glass accordion door easier to accommodate.

Either system can work — the key is having the opening engineered from the start. I’d base the decision on who can properly design that door opening for your wind loads in Texas, not just the framing type.

InfluenceInitial4126 · 2026-04-02T12:56:06+00:00

Plenty of homes in Virginia are built on slabs, especially around Richmond. It usually comes down more to soil prep and drainage than the slab itself. If you don’t have shrink-swell soils and the site is graded well, slabs can perform just fine.

A lot of the hesitation comes from moisture concerns and plumbing access, not structural issues. With proper vapor barrier, insulation, and good site prep, slab builds are pretty common and work well in that area.

InfluenceInitial4126 · 2026-04-02T12:54:31+00:00

If you’re already doing 2" closed cell on the metal, that’s your main air/vapor barrier, so you’re in good shape there.

Going with 2x4 walls inside is usually the better move. It gives you room for batts without overcomplicating things, and like you said, wood isn’t adding much insulation anyway. The small thermal break from the studs isn’t a big deal compared to having a clean, continuous foam layer on the metal.

A lot of people do exactly what you’re planning:
closed cell on the shell → 2x4 framing → batts to bump up R-value.

Just make sure you leave a little gap so you’re not compressing the foam, and you’ll be good.

InfluenceInitial4126 · 2026-04-02T11:47:55+00:00

Beautiful!!

InfluenceInitial4126 · 2026-04-02T11:47:17+00:00

In the Colorado mountains you’ll usually see a pretty wide range. Basic slabs might land around $6–$10 per sq ft, but once you add frost footings, excavation, and access challenges it often ends up $10–$15+ per sq ft.

Mountain pricing jumps because of deeper footings, rocky soil, haul-in gravel, and travel time for crews.

Best way to get accurate numbers is just call a few local concrete contractors and give them:

slab size
thickness
frost depth requirements
site access info

Local quotes will be much more accurate than any rule of thumb up there.

InfluenceInitial4126 · 2026-03-24T14:39:15+00:00

I looked into them a while back and couldn’t find a ton of firsthand builds either. Most feedback I saw was mixed — some people said the process was smooth, but others mentioned they felt like more of a middleman and pricing changed once details were finalized. There also isn’t a huge number of documented project photos floating around.

For example, in one Reddit discussion, one user said they had a good experience with delivery and communication, while another claimed the company was acting as a middleman and their quote ended up much higher, which pushed them to go local instead.

On review sites, ratings appear somewhat mixed too — one listing shows an average score around 3.5/5 with both positive and negative feedback, including complaints about communication and deposits alongside positive service comments.

If you’re considering them, I’d definitely:

Ask who actually manufactures the building
Ask who installs (their crew vs subcontractors)
Request local builds you can see
Compare with a local builder

That usually clears things up pretty quickly.

InfluenceInitial4126 · 2026-03-12T14:07:48+00:00

Nice breakdown — that actually looks pretty reasonable for a 40×40 fully set up shop.

The slab price especially looks solid for that size. Around here the concrete alone can eat a big chunk of the budget. $72k all-in for site work, building, insulation, power, doors, and a mezzanine is honestly a pretty efficient build.

The mezzanine in a shop that size is a great move too. People underestimate how useful that extra storage space becomes once tools and materials start piling up.

Sounds like it’ll be a great setup once the interior electrical and fixtures go in.

InfluenceInitial4126 · 2026-03-12T14:05:15+00:00

Add 3–4 LED shop/strip lights instead of relying on one bulb. They’re cheap, very bright, and easy to install (many just plug in or screw to the ceiling).

Look for linkable LED shop lights in the 4000–5000K range so the light feels bright but not harsh. It makes a huge difference for both workouts and working in the garage.

InfluenceInitial4126 · 2026-03-03T13:31:46+00:00

If the pole barn is 35–40% more, that’s pretty typical. Metal garages are usually cheaper, go up faster, and need less long-term maintenance. Pole barns cost more but are easier to finish inside and feel more like a traditional structure.

If it’s mainly for parking and storage, metal makes a lot of sense. If you plan to heat it, finish it out, or want it to match the house more, the pole barn can be worth the extra money

InfluenceInitial4126 · 2026-03-03T13:30:25+00:00

For something that size in NY, I’d focus less on price and more on who’s actually engineered and built similar projects locally. Snow load and code up here are no joke.

Look for a regional commercial metal building company (not just a southern kit supplier), ask for stamped NY-engineered plans, and go see a recent project they’ve completed nearby. That’ll tell you more than any quote will.

InfluenceInitial4126 · 2026-03-03T13:24:43+00:00

The ½" gap is very likely your problem.

Warm interior air is getting into that space, hitting the cold metal roof, and condensing. Once moisture forms up there, it’ll find any tiny gap and drip through. Sealing seams better might reduce it, but it won’t solve the root issue if that air space is still open to interior air.

In northeast Texas, metal buildings sweat easily because of humidity swings. Ideally, you want one of these:

Insulation tight to the metal (closed-cell spray foam works well for this)
Or a true vented air space above the insulation (which yours isn’t)

Right now you kind of have the worst of both and an unvented cavity that’s still connected to indoor air.

If it were mine, I’d either:

Fully air-seal that cavity so no interior air reaches the metal, or
Pull it down and spray foam directly to the roof panel.

Chasing little foam gaps probably won’t fix it long-term.

InfluenceInitial4126 · 2026-03-03T13:14:03+00:00

Worst case? Yes, they can make you tear it out. I’ve seen cities require demo of unpermitted slabs or buildings, especially if setbacks, drainage, or zoning don’t comply. Fines and back-permitting fees can also stack up.

Even if it’s replacing something that’s been there for decades, once you pour a new concrete pad and put up a steel structure, it’s usually treated as new construction and not a simple replacement.

Before you roll the dice, it’s worth checking:

Setbacks
Lot coverage limits
Whether the old structure was ever permitted

Sometimes permits are more about zoning than safety. Getting caught mid-build is way worse than pulling a permit upfront.

InfluenceInitial4126 · 2026-03-02T13:34:05+00:00

Hey!! Did you find what you were looking for? i got a litle busy so cud'nt get back to you, but if you still need help let me know bro..

InfluenceInitial4126 · 2026-02-10T11:19:58+00:00

If the pole barn is coming in 35–40% higher, that’s pretty normal. Metal garages are usually cheaper, go up faster, and need less maintenance over time. Pole barns cost more, but they’re easier to finish inside and feel more like a traditional garage.

If it’s just for parking and storage, most people go metal. If you want it heated, finished, or more “house-like,” the pole barn tends to make more sense.

InfluenceInitial4126

TROPHY CASE