Frequently Asked Questions

Cost per square foot will depend on a number of factors, including overall dimensions, foundation, framing, transportation, installation, and more. Here are some common building sizes and general prices for reference. Note: All additional details incur additional costs, these are basic buildings.

• 30′ by 40′ by 12′, 1,200 sq. ft. – Very popular size for residential use, perfect for a detached two-car garage with additional 400 sq. ft. shop area. Starting at $14,995

• 40′ by 80′ by 12′, 3,200 sq. ft. – A good baseline size for commercial use, like a small office building, or a shop building with multiple bays and storage areas. Starting at $29,995

• 50′ by 100′ by 12′, 5,000 sq. ft. – A starter size for a manufacturing facility or warehouse. Starting at $49,995

Considerations for the ideal size for your metal building involves a balance between your intended use and the dimensions of your lot.

•Use: Think about not just what you want to store today, but what you might add in five years. If it’s a shop, do you need room to pull a truck in and work around it? If it’s agricultural, what are the clearance heights for your largest potential machinery?

•Lot restrictions: Property setbacks, easements, and total acreage will dictate your maximum footprint.

Steel and metal buildings are built to span generations. Under normal conditions, a high-quality steel structure will easily last for decades. The longevity comes down to premium materials: our steel sheeting utilizes a Galvalume® substrate (a specialized aluminum-zinc alloy coating that aggressively resists rust) topped with high-grade paint finishes. This combination is so durable that the sheeting carries a 40-year standard warranty against chipping, cracking, or peeling, provided it isn’t subjected to an highly corrosive industrial or marine environment.

When looking strictly at upfront material costs, framing steel can sometimes carry a slight premium over low-grade dimensional lumber. However, when you calculate the total cost of ownership, steel is drastically more affordable. Metal buildings require almost zero structural maintenance, feature lower insurance premiums due to fire resistance, and boast a life expectancy that outlasts wood by decades. You save thousands over the lifespan of the building.

While insulation isn’t structurally required, it is highly recommended for most uses. The primary reason to insulate a metal building is to eliminate sweating. (condensation) When warm, humid air inside hits a cold, uninsulated steel panel, moisture forms. Proper insulation creates a thermal barrier that prevents this moisture cycle, protecting your tools, vehicles, or livestock from dampness while dramatically reducing heating and cooling costs.

Absolutely. There is really no such thing as a “standard”, cookie-cutter size metal building anymore. In addition to the dimensions, you have total control over the layout, including the placement and sizes of walk-doors, overhead or roll-up doors, windows, open lean-tos, porch overhangs, and interior partition walls. You can also choose from a vast variety of color combinations for the roof, walls, and trim, to match your existing property, or create an entirely new look.

Once the steel kit arrives on-site and the concrete foundation is ready, assembly moves incredibly fast because components are pre-punched and pre-cut. For example, an average 6,000-square-foot commercial building typically takes only about a week to erect and sheet for an experienced crew. Smaller backyard shops can often be up even faster.

Currently, Lucas Metal Works does not provide turnkey services. We do not pour the concrete or erect the building internally. However, we work closely with a trusted network of independent contractors across our multi-state service area and are happy to connect you with experienced concrete and steel-erection professionals in your area.

We believe you shouldn’t have to choose between a corporate, mass-produced price and a small-town customer experience. We combine friendly, deeply dedicated customer service with highly competitive pricing. We don’t just sell you a bundle of steel; we guide you through the engineering process, ensure your building meets your local township’s exact codes, and treat your project with the care it deserves from design to delivery.

Because steel commodity prices fluctuate daily and every building is custom-engineered to a specific zip code’s safety codes, we do not publish flat-rate pricing. This ensures you never overpay for a generic estimate. We can rapidly generate a highly accurate, competitive price range for your specific project after a brief 5-minute consultation. An entry-level number for a 30′ by 40′ by 12′ basic building is $14,995.

Options and engineering requirements are the biggest drivers of price. Because every building is customized, your final cost will depend on these and other factors:

1. Dimensions & Height: Taller buildings require heavier structural steel framing.
2. Local Building Codes: A zip code requiring a 140 mph wind rating or heavy snow load requires heavier steel than one with lower requirements.
3. Accessories: The number of garage doors, insulation thickness, windows, and custom trim.

30’ x 40’ is one of our most popular sizes! However, a 30×40 backyard shop with one roll-up door and no insulation will have a vastly different price tag than a 30×40 commercial mechanic shop with heavy insulation, multiple high-clearance bays, and a high wind-load rating. An entry-level number for these buildings would be $14,995. To give you the best and most honest price, we quote these sizes on demand based on your exact layout and design needs.

We customize a quote including whatever options you want. We build completely transparent, customized quotes based on your exact wish list. Your quote will cleanly itemize the structural steel frame, wall and roof sheeting, trim package, selected options (doors, windows, insulation), and the specific engineering blueprints required to pull local building permits.

Our standard material quotes do not automatically include the price of erection or concrete work. We focus on manufacturing and supplying premium steel building packages, allowing you the flexibility to erect it yourself or hire a specialized local crew.

Yes, metal buildings are highly valued assets that are widely accepted by traditional lending institutions. While Lucas Metal Works does not offer internal financing at this time, you can easily secure financing through your local bank, credit union, or agricultural lending agency using the engineering quotes we provide.

Not necessarily. In the steel building industry, almost every structure is “custom” to some degree. Because pre-engineered metal buildings are designed from the ground up to meet your specific local building codes and spatial needs, you aren’t paying a massive premium just for changing the dimensions. However, the final cost is entirely dependent on the complexity, accessories, and finishes you choose.

Long-term maintenance costs are practically non-existent. For the exterior walls and roof, a simple wash down with a garden hose once or twice a year to remove dirt and pollen is usually all it takes. Unlike older metal buildings from decades ago, modern fastener technology has evolved significantly. While older structures occasionally required screw replacement due to rubber washers degrading, today’s advanced, long-life fasteners are designed to match the longevity of the panels themselves, keeping your building watertight for the long haul.

Absolutely. Oklahoma is famous for its extreme meteorological mood swings—from high-velocity straight-line winds and EF5 tornadoes to massive hail and sudden ice storms.

While traditional wood-frame buildings warp, rot, or splinter under this abuse, pre-engineered commercial-grade steel offers unmatched structural integrity. Steel buildings are designed with rigid-frame engineering that allows them to flex slightly under extreme wind pressure without collapsing. Furthermore, steel is non-combustible, offering vital protection during wildfire seasons.

To ensure absolute safety, our engineers pull the exact building codes—including precise wind-load ratings (often up to 140+ MPH) and seismic activity requirements—directly from your specific Oklahoma zip code.

Yes, they are built exactly for it. Positioned right in the heart of “Tornado Alley,” Kansas demands structures that can handle intense wind shear, severe summer hailstorms, and heavy winter snowpacks that place immense vertical pressure on roofs.

Unlike wood, which weakens after repeated exposure to moisture and freezing temperatures, steel does not absorb water, eliminating the risk of rot and mold. Our Kansas metal buildings feature heavy-duty purlins and girts engineered to withstand severe, sustained wind loads and heavy snow accumulation.

Your building’s structural blueprint is customized using your exact Kansas zip code, guaranteeing the roof snow load and wind drift calculations meet or exceed local county mandates.

Yes, and it’s the smartest choice you can make. Missouri weather is notoriously unpredictable, characterized by high humidity, rapid freeze-thaw cycles, torrential downpours, and heavy, wet winter snows.

This moisture-heavy environment is a nightmare for traditional wood framing, leading to termites, wood rot, and structural sagging. Commercial-grade steel is entirely immune to pests and moisture damage. To handle Missouri’s heavy winter precipitation, we engineer roofs with optimized pitches and heavy-gauge steel panels capable of supporting high ground snow loads without buckling.

From the humid bootheel to the snowy northern borders, all structural engineering metrics are pulled using your exact zip code to guarantee compliance and safety.

Absolutely. Arkansas structures have to contend with high humidity, dense forest environments, severe thunderstorms, and localized flash flooding, alongside the occasional severe tornado outbreak.

In Arkansas’s humid climate, wood-frame buildings are highly susceptible to termites, wood-boring beetles, and fungal decay. Steel offers zero organic material for pests to feed on or mold to grow on. Additionally, our metal buildings feature advanced interlocking panels and weather-tight sealing systems designed to keep torrential, wind-driven rain completely outside where it belongs.

Whether your site is in the Ozarks or the Delta, your building is engineered from the ground up based on your precise zip code’s wind, rain, and seismic requirements.

Without a doubt. Texas presents a massive, diverse gauntlet of climate challenges. In the coastal regions, structures must endure hurricane-force winds and corrosive salt air. In the panhandle, it’s heavy snow loads and blizzards, while Central and West Texas face blistering, relentless heat that can cause wood to dry-rot and warp.

A custom metal building tackles all of these. We utilize high-performance, heat-reflective cool-roof coatings to combat the Texas sun, significantly cutting down on HVAC strain. For coastal builds, specialized protective coatings prevent rust and corrosion.

Every building is engineered to meet the exact Texas Department of Insurance (TDI) windstorm requirements and local zip code codes, ensuring your structure stands strong whether it’s in the Panhandle or the Gulf Coast.

While no structure can be definitively labeled “tornado-proof” against a direct hit from an EF5 tornado, steel buildings are engineered to be significantly stronger and more resilient than traditional wood-frame structures. Steel’s high strength-to-weight ratio and rigid framing, (especially Red Iron Structural Steel) give it a much better chance of surviving high-velocity winds and flying debris.

Our buildings are sheeted with high-quality metal panels that carry a Class 4 Impact Rating—the highest rating available for roofing materials. While they are highly resilient and will withstand severe hail that would destroy traditional shingles, they are not completely impervious to cosmetic dimpling from exceptionally large hail. View our testing documentation and certification information.

The short answer is that untreated metal can rust; however, our buildings are engineered to prevent this. Our panels are coated with a painted Galvalume® substrate (a zinc-aluminum alloy), which provides superior corrosion resistance under normal environmental conditions.

A note about Corrosive Environments: If your building will be used for specialized applications like animal confinement (which creates high ammonia levels) or coastal exposure, we offer advanced protective coatings and specialized design adjustments to drastically prolong the life of the steel.

We don’t believe in a “one-size-fits-all” approach to safety. We look up the exact zip code of your build site to determine the local building codes and design your structure to meet or exceed those specific wind load requirements. Additionally, our roofing systems carry a UL 90 Uplift Rating, meaning they have passed the industry’s most rigorous testing for wind-uplift resistance.

Steel is a non-combustible material, meaning it does not catch fire or feed a flame. While no building is entirely immune to extreme interior fires (which depend heavily on the materials stored inside), a steel building offers vastly superior protection against external threats like wildfires compared to a conventional wood-frame home. This fire resistance often translates to lower insurance premiums.

Every building we manufacture is custom-engineered for its destination. We use your specific zip code to calculate local snow load requirements, ensuring the roof trusses and framing are designed to safely support the heavy snow and ice accumulations typical of your region.

Yes. Steel provides a level of structural integrity that wood simply cannot match. It does not absorb moisture, it won’t twist or weaken over time, and its engineered connections handle the intense lateral forces of severe storms, earthquakes, and high winds much more effectively than nails and lumber.

We use a minimum of 26-gauge steel for our roof and wall panels, which is thicker and more durable than the 29-gauge steel often used by competitors. For projects requiring even greater strength or heavy-duty industrial performance, heavier gauges are readily available upon request.

Absolutely. Your building can be tailored to your exact dimensional needs. We don’t just stick to standard sizes—you can customize the width, length, eave height, and more, to perfectly fit your property and intended use.

We stock 20 of our most popular colors for quick turnaround, but your choices don’t stop there. We have a massive extended catalog of custom colors available to ensure your building perfectly fits your vision.

Yes, our buildings are completely customizable. You can add practically any accessory or walk-in option you need. We can frame out and install heavy-duty walk doors, overhead garage doors, residential-style windows, and specialized insulation packages to keep your building comfortable and energy-efficient year-round.

Yes, they frequently do. Many of our clients build full “barndominiums” or add dedicated living quarters/offices inside their shops. When designing for living quarters, we simply adjust the specs to accommodate proper framing for interior walls, plumbing, and upgraded insulation packages.

We currently do not offer an online, 3D design tool. However, we do have our Visualizer & Color Selector tool. You can design with our building samples, or upload your own images to see thousands of different color combinations and design choices. Plus, our experienced design team is ready to work directly with you. We will take your ideas, sketches, or specific requirements and generate precise custom plans to ensure you get exactly what you want.

Absolutely. A modern engineered steel building doesn’t have to look like a standard industrial warehouse. We can design the framing to seamlessly support traditional residential finishes on the exterior, including brick, stone, stucco (EIFS), or wood siding.

We offer several different roofing systems depending on your budget and aesthetic goals:

•Through-Fastened Roofs: A highly secure, classic, and cost-effective option where fasteners penetrate the panels.

•Standing Seam Roofs: A premium, sleek choice featuring concealed fasteners. This eliminates exposed screws, offers superior weather resistance, and gives a clean, residential appearance.

•Stone-Coated Steel Panels: Perfect if you want the durability of steel but prefer the look of traditional shingles or tile.

Yes. Lean-tos and overhangs are excellent, cost-effective ways to add shaded outdoor storage, covered porches, or extra workspace. These can be integrated into your original design on one or multiple sides of the building.

Yes, you can. Steel buildings are highly adaptable. If you think you might want to expand in the future, let us know during the initial design phase. By engineering the building with future expansion in mind now, we can save you significant time, structural retrofitting, and labor costs down the road.

Yes, we can match existing colors. However, keep in mind that if your current home or barn has been exposed to the elements for a few years, the original paint may have faded slightly. While we can match the original manufacturer color profile, a brand-new metal panel may look slightly brighter than an older, weathered panel.

Yes. A properly poured and cured concrete slab is essential. It provides the structural integrity needed to securely anchor your metal building and ensures the longevity of the structure.

Because every site has unique soil conditions and every building has different load requirements, you will need a engineered foundation. The specific design, including slab thickness, footings, and rebar reinforcement, must be calculated and approved by a licensed foundation engineer.

Timeline varies based on the size and complexity of the structure. However, as a general rule of thumb, an average 6,000-square-foot building takes about one week to erect once our crew and equipment are on-site.

We do not erect buildings ourselves. However, we do manufacture buildings for shipment nationwide. Plus, we work closely with a trusted network of independent contractors across our multi-state service area and are happy to connect you with experienced concrete and steel-erection professionals in your area.

Yes, you can. If you choose to manage the erection yourself, it is entirely possible—provided you have the proper heavy machinery, such as a forklift or crane, the right tools, and a solid understanding of commercial construction and safety protocols.

To ensure a smooth and safe installation, the site must be fully prepared beforehand. This includes:

•A completely cleared and level dirt pad.

•The completed, fully cured concrete foundation.

•Clear access to the site for heavy delivery trucks and ample clearance around the building perimeter for erection equipment, like cranes or lifts.

In most jurisdictions, yes. You will need to check with your local governing body (city, county, or township) regarding zoning laws, building permits, and setback requirements before manufacturing begins.

We’ve got you covered! Upon request, we can provide a complete, stamped set of engineering drawings reviewed and certified by a professional engineer. These drawings are typically required for securing local permits.

Yes. All of our structures are engineered to meet or exceed the specific local building codes, wind loads, and snow loads required by your municipality.

Lead times vary depending on our current shop workload, material availability, and the complexity of your building’s design. Contact our team today, and we can provide you with a current, accurate timeline for your project.

No, but it is highly recommended. While a steel building will stand without it, insulation is crucial for preventing “sweating” or condensation when the temperature fluctuates or when the interior is heated. It also prevents the building from turning into an oven in the summer and an icebox in the winter.

Reinforced vinyl-faced fiberglass (VRR) is the industry standard. It is cost-effective, highly effective, and installed directly beneath the metal sheeting during erection to create a seamless thermal barrier. For high-end or residential conversions, spray foam insulation is also an excellent premium alternative.

Fiberglass or Spray Foam Insulation, which creates a barrier so warm air never touches the cold steel.
Or install DripStops, a specialized felt membrane applied directly to the back of the metal panels during manufacturing. It traps moisture and releases it safely back into the air when conditions dry out.

Yes, if they are insulated properly. Raw steel conducts heat and cold very easily. However, because metal buildings can accommodate deep wall and roof cavities, they can be packed with high-performing insulation that outperforms traditional wood-frame buildings in energy savings.

Absolutely. With the proper insulation package, vapor barriers, and HVAC systems, like a traditional central unit or a ductless mini-split, a metal building can comfortably maintain any temperature you set, just like a standard home or commercial building.

Once the building is properly insulated to trap the heat, you can use several methods depending on your budget:

• Infrared/Radiant Heaters: Great for workshops because they heat objects and people rather than the air.

• Forced-Air Propane/Natural Gas Heaters: Ideal for quickly heating up a large open space.

• Wood Stoves: A popular, budget-friendly option for rustic workshops (requires proper venting).

If you plan to climate-control the space, you should aim for the following minimums to ensure comfort and energy efficiency: R-25 for the roof and R-13 or 19 for walls.

Yes, absolutely! Modern engineered steel buildings can be fully finished inside just like a traditional wood-frame house. They meet or exceed local residential building codes and offer excellent structural integrity, making them completely safe, comfortable, and highly durable long-term residences.

Simply put, a metal barn that is designed to be lived in. Originally born from converting actual barns into living spaces, modern barndominiums are custom-designed, blending a rugged, low-maintenance exterior with a fully customized, modern living space inside.

Yes, they can be incredibly efficient. Because steel buildings feature deep wall cavities, they can accommodate thicker, high-R-value insulation packages (such as spray foam or fiberglass blankets). When properly sealed and insulated, a metal home creates a highly airtight envelope, often resulting in lower monthly heating and cooling bills than a standard home.

Generally, yes. A barndominium typically costs 10% to 20% less to build than a conventional wood-frame home of the same size. These savings come from faster construction times (the exterior shell goes up in days), reduced labor costs, and less material waste. However, high-end interior finishes will bring costs closer to traditional custom home pricing.

Yes, they can. Most traditional banks, farm credit bureaus, and mortgage companies now offer construction-to-permanent loans for metal homes. The key to securing financing is having engineered building plans, a licensed general contractor, and a clear breakdown of your interior finishing costs.

Potentially fifty-plus years. Steel is inherently resistant to the biggest threats facing traditional homes: rot, mold, warping, termites, and wood-boring insects. When built correctly with proper foundation anchoring, moisture barriers, and rust-resistant coatings, a steel home requires minimal maintenance and can easily last for generations.

Yes, they can. Just like traditional real estate, metal homes and barndominiums may appreciate based on location, market trends, and property upkeep. Because steel holds up incredibly well against structural settling, rot, and termites, the structural integrity remains high over time, protecting your long-term investment.

Yes, entirely. One of the greatest advantages of a steel building is its “clear-span” engineering. Because the exterior steel frame supports the entire weight of the roof, none of the interior walls are load-bearing. This gives you total architectural freedom to design a completely open-concept floor plan, move walls around, or feature soaring vaulted ceilings without needing interior support pillars.

A common misconception is that metal homes are noisy during rain or hailstorms. In reality, the combination of thick roof insulation, heavy-duty drywall, and standard attic spaces dampens exterior noise so effectively that they are just as quiet—and sometimes quieter—than a traditionally roofed home.

Yes, easily. You are not locked into a “metal warehouse” aesthetic. The exterior steel shell can be beautifully finished or accented with traditional materials like brick, natural stone, rock, or EIFS (Exterior Insulation and Finish Systems). You can also opt for architectural shingle-style or stone-coated metal roofing to blend seamlessly into any traditional neighborhood.

60’ x 100’ x 20’ or 80’ x 100’ x 20’

Both are excellent, but the 80’ x 100’ x 20’ provides significantly better long-term value for modern operations.

• The Width Advantage: An 80-foot width allows you to store large implements, like combines with wide headers or multi-row planters, side-by-side. Or create central drive-through lanes with room to maneuver on either side.

• The Height Factor: A 20-foot eave height is crucial for both sizes, as it allows for 16-to-18-foot roll-up doors, ensuring your tallest tractors, air carts, and enclosures clear the frame effortlessly.

If you are looking to maximize your budget, a 60’ x 100’ works perfectly if you plan to store equipment in a linear, pull-in/back-out fashion.

Yes, steel barns are incredibly durable for livestock, but they require specific engineering safeguards.

Animal confinement creates a highly corrosive environment due to moisture, ammonia, and manure gases, which can cause raw steel to rust prematurely. To protect your investment, we recommend:

1. Galvanized or coated framing to resist chemical degradation.
2. Purlin extensions and protective wash-down liners (such as plastic or treated wood kickboards) on the lower 4-to-8-feet of the interior walls.
3. Advanced ventilation systems to continuously cycle out humid, ammonia-laden air.

Yes, metal barns are exceptional for hay storage because they keep large round or square bales completely dry and shielded from UV damage, preventing nutrient loss. However, proper ventilation required. Green or damp hay releases significant moisture as it cures. Without ridge vents, louvers, or open end-walls to exhaust that humidity, condensation will form on the steel ceiling and drip back onto your hay, risking mold or even spontaneous combustion.

Your ideal layout depends entirely on your equipment. A standard baseline guide includes:

• 40’ x 60’: Perfect for hobby farms, compact tractors, zero-turn mowers, and small utility vehicles (UTVs).

• 60’ x 60’ to 60’ x 80’: Great for mid-sized commercial operations running a couple of utility tractors, a small combine, and standard implements like balers or rotary cutters.

• 100’ x 100’ or larger: Necessary for large-scale agricultural enterprises holding heavy-duty articulated tractors, large tillage tools, multiple transport trucks, and dedicated workshop spaces.

Pro Tip: Always measure your widest implement with wings or attachments fully extended, and add at least 4 feet of clearance on both sides for safe storage.

Absolutely. Rigid-frame steel buildings are ideal for equestrian layouts because they feature a clear-span design—meaning there are no interior load-bearing pillars. This completely open floor plan allows you to configure your center aisles, wash bays, tack rooms, and horse stalls exactly how you want them. We also manufacture riding arenas. Can metal barns include horse stalls?

For a professional, versatile riding arena, a 120’ x 275’ x 18’ clear-span building is widely considered the gold standard.

• Width ($120’$): Provides plenty of clearance for safe circles, jumps, and training without feeling cramped by the walls.

• Length ($275’$): Offers ample space for full hunter/jumper courses, roping setups, or dressage patterns.

• Height ($18’$): Ensures a safe overhead clearance for horses and riders, especially over jumps, while accommodating hanging lights and ventilation fans.

Yes, and they should be if you plan to spend extended time inside or store moisture-sensitive property. We offer multiple solutions, including vapor barriers, fiberglass blanket insulation, and spray foam. Insulating your building stops condensation from forming on the steel panels when exterior temperatures swing, keeps your workshop warm in the winter, and drops interior temperatures by 15-20°F during brutal summer months.

By a wide margin. Wood barns require consistent painting, staining, and chemical treatments to prevent rotting, warping, and termite damage. They are also targets for wood-boring beetles and chewing livestock.

A high-quality steel barn will not rot, warp, or burn, and pests cannot eat it. Aside from an occasional power wash to clear off dirt and checking the fasteners every few years, a metal barn remains structurally sound and visually sharp for decades without heavy maintenance.

Yes. Open-bay configurations, like machinery sheds, are highly efficient for daily-use equipment. We can design your building with one or more open sidewalls, or leave specific bays entirely wall-free. This minimizes construction costs while providing instant pull-through access and shielding your high-value assets from direct sun, hail, and rain.

60’ x 100’ x 20’ enclosed and insulated, with roll-up doors, offering secure storage for high-value equipment. A simple attached lean-to offers quick access to daily-use equipment, or shelter for livestock in sudden weather events.

Your intended application is the biggest determining factor, but a fantastic starting size for a multi-use building is 30’ x 40’ or 30’ x 50’.

• 20’ x 20’ to 24’ x 30’: Ideal for standard two-car parking and light storage.

• 30’ x 40’ to 30’ x 50’: Great for a multi-car garage, small workshop, or heavy equipment storage.

• 40’ x 60’ and larger: Best for commercial operations, agricultural storage, or large-scale hobbies.

Absolutely. Metal garages feature clear-span construction, meaning there are no interior load-bearing pillars. This gives you a completely open floor plan to design your dream workshop, arrange workbenches, install heavy machinery, and organize tools exactly how you want.

Yes, they are the industry standard for automotive work. They offer a safe, fire-resistant, and spacious environment to work on vehicles away from rain, snow, and blistering heat. Because steel is incredibly durable, it can easily handle the daily wear and tear of a busy shop.

Yes, you can easily install automotive lifts. However, you must plan ahead for two critical factors:

1. Ceiling Height: Ensure your eave height accommodates the lift fully extended with a vehicle on it (typically 12–14-feet+).
2. Concrete Foundation: Most lift manufacturers require a concrete slab reinforced to a specific thickness (usually 4-to-6-inches minimum) and weight rating (3,000–4,000 PSI) to safely anchor the lift.

A 30’ x 50’ x 16’ is the ideal starting point for modern RV storage. Most Class A motorhomes and large fifth-wheels require at least a 14-foot clearance height. Choosing a 16-foot eave height ensures you have plenty of roof clearance for AC units, solar panels, and a standard 14-foot roll-up door. The 50-foot length comfortably accommodates the vehicle while leaving room to walk around it.

Yes. Thanks to the flexible framing of steel buildings, you can easily frame out an interior office using drywall or wood studs. Alternatively, you can design a lean-to or an attached exterior bump-out if you want to keep your administrative space completely separate from the noise and dust of the main shop.

A 14-foot eave height is a great industry baseline, but your specific equipment will dictate the final number. If you plan to install a standard two-post automotive lift, a 12-to-14-foot ceiling is usually required. If you are parking large agricultural equipment or commercial semi-trucks, you may want to scale up to 16-feet or higher.

Yes, they can be fully outfitted with all modern utilities. To run HVAC efficiently, it is highly recommended to properly insulate the building (using fiberglass blanket insulation or spray foam) during the engineering phase. Plumbing, electrical wiring, and climate control can all be integrated seamlessly into the design.

Yes, steel garages offer superior structural security. They are highly resistant to forced entry, pests, and fire compared to traditional wood-frame structures. You can maximize your building’s security by choosing heavy-duty steel walk-in doors, installing deadbolts, opting for commercial-grade roll-up doors, and integrating modern security systems or motion-sensor lighting.

Yes, steel garages are highly versatile and can easily adapt to commercial use. Whether you are opening a commercial auto repair shop, a woodworking business, a retail showroom, or a local fulfillment center, steel buildings can be customized to meet local commercial building codes, ADA compliance, and specific zoning laws.

Yes, absolutely. We proudly manufacture 100% of our building components right here in Ochelata, Oklahoma. When you choose Lucas Metal Works®, you are supporting American manufacturing and local craftsmanship.

We do. Unlike suppliers who just resell pre-made packages, we roll our own panels and purlins, and we manufacture our custom steel frames directly at our Ochelata, Oklahoma facility. This gives us complete control over the production process from start to finish.

In-house manufacturing gives you a major advantage in quality control and speed. If an unexpected issue arises or a modification is needed, we can fix or remake a part immediately. You won’t have to worry about the long delays, backorders, or extended timelines that come with ordering from third-party suppliers.

Lucas Metal Works® has been a trusted name in the steel building industry for over five decades. Founded in 1968 and later incorporated in 2002, we bring generations of experience and stability to every project we take on.

In 2025, we completed an expansion project that increased our seventy-six-thousand square foot facility to a whopping one-hundred-twenty-four-thousand square foot facility. Not only expanding but adding a state-of-the-art plasma, seam, beam & pull-through welders, a complete flange line and a new weld-out shop; we now meet the needs of our customers not only at an improved pace, but with expanded capabilities and improved quality assurance.

We stand behind the quality of our work. We offer a 1-year warranty on the structural frame and all manufactured components, alongside an industry-leading 40-year limited warranty on our panels. View our warranty information here.

Yes. All of our buildings are fully engineered to meet and exceed industry standards, ensuring they are structurally sound and capable of withstanding local weather and load requirements.

It’s a combination of our heritage, our process, and our people. We combine premium, in-house American manufacturing with competitive pricing. Best of all, we pair our high-quality buildings with the kind of friendly, honest, and dedicated customer service you can only get from a family-oriented business.

Yes. We exclusively source and buy high-quality US steel for all of our manufacturing processes, ensuring your building is strong, durable, and built to last.

We would love to have you! We welcome all of our customers to come visit us at our Ochelata, Oklahoma location. You can see our manufacturing process firsthand and meet the team behind your building.

Yes, we do! Our relationship with you doesn’t end when the building ships. We provide dedicated post-sale support to answer installation questions, assist with any future needs, and ensure you are completely satisfied with your Lucas building for years to come.

While the ideal size depends entirely on the specific inventory of machinery going inside, a great starting point for a modern agricultural equipment building is 60’ x 100’ x 20’ to 80’ x 100’ x 20’.

• Why the height matters: A 20-foot eave height is crucial to comfortably clear large combines, tractors with cabs, and tall implements.

• Planning tip: Always measure your widest and tallest piece of equipment (including folded implements and mirrors) before finalizing your door configurations and clearance heights.

For either application individually: A 40’ x 60’ x 16’ building is an excellent baseline. The 16-foot height easily accommodates the clearance required for standard RVs and fifth wheels.

For both combined: A 60’ x 60’ x 16’ building is recommended. This square footprint allows you to partition a dedicated, dust-free workshop space on one side while maintaining a wide, unobstructed pull-through or back-in bay for your recreational vehicle.

Condensation issues almost always originate right from the ground. When warm moisture rises out of the soil or concrete, it hits the cold metal panels and liquefies. You can stop this using a tiered approach:

1. At the slab: Ensure your concrete contractor installs a high-quality, heavy-duty moisture vapor barrier directly underneath the concrete slab before it is poured.
2. At the panels: If you choose not to fully climate-control or insulate the shop, you can apply a specialized anti-condensation membrane (like DripStop) directly to the metal roof panels during the manufacturing process. This traps the moisture and releases it safely back into the air as vapor when conditions warm up.
3. The ultimate fix: Install comprehensive building insulation (like fiberglass vinyl-faced blankets or spray foam) to completely isolate the interior air from the cold metal exterior.

A 40’ x 60’ building is the industry-standard starting size for a personal or commercial mechanic shop. This footprint provides ample room for two to three active vehicle bays, space for automotive lifts (which require a recommended minimum eave height of 12-to-14-feet), and a dedicated corner for tool benches and parts storage.

Yes, absolutely. Combining an equestrian facility with residential living quarters—often called a “barndominium”—is incredibly popular. Utilizing a custom steel frame allows for a clear-span design, meaning you can easily engineer completely separate structural walls to isolate the living spaces from the barn area. This ensures proper fire separation, odor control, and climate zones between your home and your stables.

Depending on the scale of your operations, footprints ranging from 40’ x 60’ to 60’ x 100’ are ideal. Welding shops require proper ventilation, clear-span floor space to maneuver heavy steel or fabrication projects, and plenty of clearance away from combustible materials.

An 80-foot width is the absolute baseline minimum for a functional riding arena. The exact dimensions depend on your specific discipline:

• 80-feet wide: Good for basic training, exercise, and tight turns.

• 100-feet or wider: Strongly recommended for speed events, roping, cutting, or hunter/jumper courses where horses need adequate space to safely bank corners and maintain momentum.

An insulated 30’ x 50’ building will comfortably house most standard boats, pontoons, and center consoles on their trailers. Opting for an insulated structure is highly recommended to protect marine electronics, fiberglass hull finishes, and vinyl seating from extreme temperature fluctuations.

Yes, you can. However, solar panels add considerable “dead load” and wind-uplift variables to the roof structure. Because of this, solar integration must be engineered into the initial design phase of your steel building. This allows structural engineers to properly calculate the roof truss and purlin spacing to safely handle the weight of the solar array and mounting hardware.

Lucas Metal Buildings. Manufactured right in the heart of Oklahoma, we engineer custom all-steel structures specifically tailored to handle the harsh, volatile weather patterns of the Southern Plains. Our buildings are Built for the elements, with heavy-duty framing, advanced anchoring systems, and high-quality metal panels with wind-resistance capabilities of 150+ mph to give you ultimate peace of mind against severe weather.