Pre-Engineered Metal Buildings Across Texas
Foundation, frame, panels, finish. That is the order a pre-engineered metal building goes together, and it is also the order in which the money gets spent and the schedule gets set. Owners who understand those four steps can read a quote, compare bids and spot a missing piece. We keep our explanations in that order for the same reason.
A pre-engineered metal building is a set of steel parts designed for your loads at a factory and delivered to the site for assembly. Primary rigid frames carry the main loads. Girts and purlins, the secondary members, span between the frames and carry the wall and roof panels. The panels are the weather skin. Because the parts are engineered as a system, the building is priced by the square foot before the site work, and the erection moves quickly.
Texas is a demanding place for these buildings. Wind, hail, tornado debris, clay soil and a mix of city codes all show up in the design. Here is how we handle them.
What is in the package and what is not
The metal building package includes the primary frames, secondary framing, roof and wall panels, trim, fasteners and standard accessories. It usually does not include the foundation, the slab, insulation, overhead doors, windows, walk doors, gutters or interior finish, though many of these can be added to the price. When you compare quotes, the first question is whether each one includes the same list. A low package price that leaves out doors, insulation and erection can end up higher than a full price.
We offer the full path. Our pre-engineered metal building service covers the package, and we add the foundation, erection and finish work as separate lines you can see. If you want to run the project yourself, we can supply and erect the shell only.
Wind, hail and tornado country
Design wind speed decides the size of the frame, the spacing of the secondary members and the number and size of the anchor bolts. It comes from the building department, which uses the edition of the code the city has adopted. The numbers matter because Texas weather is severe. A National Hurricane Center update during Hurricane Harvey recorded a sustained wind of 58 mph with a gust to 77 mph near Victoria. A 1.75 to 3 inch hailstorm swept across San Angelo in 2020 for about 90 minutes and damaged vehicles and roofs across much of the city. An F4 tornado hit Wichita Falls in 1979, and the National Weather Service rates the 1970 Lubbock tornado an F5.
Metal buildings are light, so uplift is the main concern in wind, and the connection to the foundation is the key detail. We specify anchor bolts that match the engineered reactions, and we check them at layout. For hail, we use thicker panel gauges, standing seam roofs and impact-appropriate finishes where the risk and the insurer call for it. In places like San Angelo and Lubbock we raise that conversation at the first meeting.
Which code applies in your city
State law sets the International Building Code as the municipal commercial floor, and cities may adopt amendments or newer editions by ordinance. The State Energy Conservation Office applies the energy code. Rural parcels outside city limits may have no building permit process at all, though your insurer and lender may still require engineered drawings. We do not guess. We ask the building department which edition applies and write that into the contract.
The engineer of record for the metal building seals the frame drawings for your wind, snow and seismic loads. Foundation drawings by a local engineer are a separate sealed set that match the frame reactions. We coordinate both sets so the anchor bolt plan matches the steel.
Common uses and where to read more
Pre-engineered buildings serve a wide range of owners. Ranch and farm buildings, covered in our agricultural buildings work, are often the simplest. Rows of units built for rent are covered in self-storage metal buildings. For bigger projects, see the warehouse and aircraft hangar pages. Ranchers, growers and feed operators, whom we describe on our agriculture and agribusiness page, are the owners we see most often.
Lead time on steel and the real calendar
Steel lead time is the question we get first and answer last, because it changes. We confirm it with the manufacturer's engineer when you release the order and give you the date in writing. After release, there are drawing approvals, fabrication and shipping. Meanwhile the foundation is built. Erection of a typical shop or barn takes days to a few weeks once the steel is on site. The rigid frame erection crews we coordinate work from a published calendar and tell you when weather or deliveries move it.
What moves dollars per square foot
Size is the first driver, and bigger is cheaper per square foot because the fixed costs spread out. Eave height is second, since taller walls mean longer columns, more panel and heavier frames. Roof pitch, span, door count and insulation come next. Site and foundation costs vary the most from one parcel to another, and clay soil can push them up fast. Insurance-driven choices such as heavier panels or a standing seam roof cost more at first and may reduce premiums or repairs later.
We give you a price per square foot and a list of what it includes. If you want to trim the budget, we show which items can change without hurting the building: smaller overhead doors, a simpler trim package, a bare interior. We tell you which cuts to avoid, such as lighter bracing or a thinner slab, because they cost you later.
Ask for a written package list
Send us the size, use and site. We will return a quote that lists what is included, what is not, the lead time on steel and a calendar.
Common Questions
How long is the lead time on steel?
It moves with the market. We do not quote a number months ahead. When you approve drawings, we confirm the fabrication and delivery dates with the manufacturer's engineer and put them on your calendar. The foundation is poured in the meantime.
Do I need a permit for a metal building?
Inside a city, yes. Outside city limits, it varies by county. Lenders and insurers often require engineered drawings anyway. We find out which applies to your parcel and handle submittals.
What wind speed should I design for?
The one the building department gives for your location and use. It is not a choice we make for you. Coastal sites and the High Plains differ, and higher wind speeds increase the steel and the anchor bolt size, so we get the number early.
Why do two quotes for the same size differ so much?
Usually because one includes foundation, insulation, doors and erection and the other does not. Ask for a line-by-line list. We include one with every quote.
Can I add on later?
Yes. Pre-engineered frames are designed to be extended along the endwalls. Tell us at the start if you expect to grow, so the endwall is built with expansion in mind.
