60x100 Steel Building Cost for Warehouses and Workshops

People often toss around the word "gauge" when discussing metal buildings, but few stop to consider what it really means. For steel, its gauge is a system of determining how thick it is. The smaller the number, the thicker the material.

What Is Gauge?

Most metal buildings utilize 14-gauge steel for their framing. It’s light, sturdy, and can hold its own in most scenarios. However, some environments with higher wind speeds and snowfall demand thicker 12-gauge framing to carry the load and pass local building requirements.

And while you might not notice much of a difference in performance at first, that beefier framing makes it a lot harder for nature to bend or twist your structure out of shape.

Key Highlights

• 12-gauge = thicker and stronger
• 14-gauge = good for most small to mid-size builds
• Lower gauge = better wind and snow performance
• 12-gauge holds shape longer under stress
• Often comes with a better warranty
• Price bump is small compared to the upgrade in strength

Steel Gauge Chart

Gauge	Inches	Millimeters
8	0.164 in	4.17 mm
10	0.135 in	3.43 mm
12	0.105 in	2.67 mm
14	0.075 in	1.90 mm
16	0.060 in	1.52 mm
18	0.048 in	1.21 mm
20	0.036 in	0.91 mm
22	0.030 in	0.76 mm
24	0.024 in	0.61 mm
26	0.018 in	0.46 mm
28	0.015 in	0.38 mm
30	0.012 in	0.30 mm

How Gauge Impacts Loads

Thicker framing doesn’t just sound tougher. It is tougher. Heavier steel stands up better to snow buildup, hard gusts, and the added stress from longer spans.

Engineers run the numbers for wind and snow loads based on ASCE 7 standards. Using this system, buildings can be rated for anywhere from 115 to 170 mph winds and 20–60 psf snow loads.

The local requirements for wind and snow loads depend on location, open exposure, and roof pitch. For example, a building sitting on a hill or near the coast deals with more pressure than one behind trees.

Upgrading to 12-Gauge Framing

At what point should you consider upgrading?

• High Wind Speeds

If your metal building will sit in an area with high wind speed calculations, you may need to upgrade to thicker framing to prevent swaying or failure.

• Heavy Snow Regions:

If you expect to see your fair share of deep snows this winter, upgrading your framing thickness is a smart move.

• Longer, Bigger Buildings:

Longer spans put more stress on the frame of your pre-engineered metal building.

• Certification Needs

Higher wind or snow ratings often call for thicker 12-gauge.

• Lower Maintenance:

Thicker steel can last longer and require fewer repairs over the course of its life.

Cost and Warranty Changes with Framing Upgrades

You can expect a small price increase when you upgrade from 14-gauge to 12-gauge framing. You pay for thicker steel, heavier anchors, and reinforced braces to match it. Usually, you’re looking at around 10–15% more on the framing side.

However, that extra spend often gets you a longer rust-through warranty, sometimes 25 years instead of 20. The thicker galvanizing takes longer to wear down, especially in damp or coastal areas.

So, while the up-front cost stings a little, you’re getting fewer repairs, less movement, and a frame that won’t quit early. In the long run, it’s usually worth every bit.

Frequently Asked Questions about Framing Gauges for Metal Buildings

Do you have questions about framing gauge, and which thickness is best for you? Below, we’ve answered some of the questions we see on this subject the most:

Is 12-GA stronger than 14-GA?

Answer: Yeah. It’s thicker, heavier, and stiffer under load.

What’s the real thickness difference?

Answer: 12-ga steel is about 0.1046 inches thick, while 14-ga runs around 0.0747 in.

Does 12-GA automatically mean better wind or snow ratings?

Answer: Not by itself. The full design, including anchors, trusses, and layout, plays a role. But thicker framing helps you hit higher numbers.

Does the 20-year rust warranty only cover 12-GA?

Answer: Usually, the heavier gauge gets longer coverage. Some 14-ga options still offer 20 years, but 12-ga often goes a few years beyond that.

A 60x100 steel building provides 6,000 square feet of space under one roof, giving businesses, contractors, farmers, and property owners plenty of room for equipment, vehicles, inventory, fabrication, storage, and other commercial uses. With a 60-foot-wide clear-span design, this footprint can create a large open interior without columns interfering with equipment movement or workspace.

How much does a 60x100 steel building cost? The price of a 60x100 steel building depends on its height, structural requirements, doors, roof configuration, local wind and snow loads, and intended use. Current Engineered Metal Buildings models in this size range are listed at roughly $108,700 to $119,500, or approximately $18–$20 per square foot before the cost of the concrete foundation and site work.

A large commercial building also requires more planning than a smaller garage or storage building. This guide breaks down 60x100 steel building costs in 2026, compares warehouse and workshop configurations, explains why larger buildings can have a lower cost per square foot, and covers the permits and building-code requirements you should consider before starting your project.

How Much Does a 60x100 Steel Building Cost in 2026?

A 60x100 steel building costs approximately $108,700 to $119,500 for the EMB models covered in this guide. Since a 60x100 building contains 6,000 square feet, that works out to roughly $18–$20 per square foot for the building itself. A concrete slab can add another $36,000–$72,000 depending on local construction costs and the requirements of the project.

Cost Item	Typical Range (2026)	Notes
60x100 building, delivered & installed	~$108,700–$119,500	About $18–$20 per sq. ft. Based on listed EMB 60x100 models.
Concrete slab (6,000 sq. ft.)	~$36,000–$72,000	$6–$12 per sq. ft. market estimate. Heavy equipment or forklift use may require a thicker slab.
Site prep (grading, drainage, access)	Varies	Larger building pads require more grading and preparation.
Snow and wind load upgrades	Varies by county	A 60-foot-wide roof can carry substantial snow loads in some regions.
Permits and engineered drawings	Varies by county	Commercial projects often require additional review and documentation.
Estimated project total	~$145,000–$192,000+	Building plus slab, before permits and significant site work.

These figures are useful for initial budgeting, but the actual price of a 60x100 building depends on your location and configuration.

60x100 Models from Engineered Metal Buildings

EMB offers several 60x100 configurations designed around different commercial applications. The examples below show how the building's height, doors, and features can change the way a 6,000-square-foot structure is used.

60x100x14 Commercial Clear Span Garage

The 60x100x14 Commercial Clear Span Garage is listed at approximately $108,690. The fully enclosed building includes ten 12x12 garage doors along the side, two 10x10 doors, and four walk-in doors. This configuration can work particularly well for fleet parking, rental storage bays, or a contractor yard where multiple access points make it easier to move vehicles and equipment throughout the building.

Product: 60x100 Commercial Clear Span Garage

60x100x16 Workshop Building

The 60x100x16 Workshop Building is listed at approximately $117,955 and provides 6,000 square feet of enclosed space. It includes three 14x14 roll-up doors and a walk-in door. The taller sidewalls and large doors make this configuration well suited to fabrication shops, repair facilities, equipment service, and other businesses that need room for vehicles and large machinery.

Product: 60x100x16 Workshop Building

60x100x18 A-Frame Warehouse

The 60x100x18 A-Frame Warehouse is listed at approximately $119,450. It features 18-foot sidewalls, two 12x12 commercial doors, a walk-in door, and 34 skylights for natural light. This configuration can be a good fit for businesses that need vertical storage space for pallet racking, inventory, distribution, or other warehouse operations.

Product: 60x100 Steel Warehouse with Skylights

Warehouse vs. Workshop: How the 60x100 Setup Changes

A 60x100 building can serve as either a warehouse or workshop, but the ideal configuration can look very different depending on how the space will be used. Warehouses generally benefit from height, open floor space, and efficient loading access, while workshops often need more doors and space for vehicles, equipment, workstations, and employees.

Choice	Warehouse Setup	Workshop Setup
Sidewall height	16–18 ft. for racking and forklifts	14–16 ft. for lifts and equipment
Doors	Fewer, larger loading doors	More roll-ups for crew and vehicle flow
Light	Skylights to reduce lighting needs	Windows near workstations
Interior	Open floor for pallet racking	Room for a parts room or small office
EMB Products	60x100x18 A-Frame Warehouse	60x100x16 Workshop

The right configuration depends on what happens inside the building. A warehouse focused on pallet storage may benefit from additional height, while a repair shop may get more value from multiple large doors positioned around the building.

Choosing between warehouse storage and a working shop? Explore our warehouse buildings and workshop buildings to compare configurations before selecting your 60x100 layout.

Bigger Buildings Cost Less per Square Foot

Larger metal buildings often have a lower price per square foot because certain structural and installation costs are spread across more usable space. That does not mean a larger building costs less overall, but the additional square footage can provide more space for each dollar spent on the building itself.

The following EMB examples illustrate this trend:

Product	Sq. Ft.	Listed Price	Approx. Per Sq. Ft.
60x60x16 Fully Enclosed Warehouse	3,600	~$78,435	~$21.80
60x80x14 Commercial Building	4,800	~$95,360	~$19.90
60x100x16 Workshop	6,000	~$117,955	~$19.70
70x100x16 Commercial Clear Span	7,000	~$129,135	~$18.40
100x250x16 Steel Warehouse	25,000	~$366,875	~$14.70

These examples are not a guarantee that every larger building will have a lower per-square-foot price. Customization, engineering requirements, doors, insulation, site conditions, and local building codes can all change the calculation.

What Changes the Price of a 60x100 Steel Building?

At 6,000 square feet, even relatively small changes to the building's configuration can have a noticeable effect on the overall project cost. Some of the biggest factors include:

Sidewall Height

Sidewall height affects the amount of steel and wall material required while also determining how much usable vertical space you have inside the building.

A 14-foot building may be suitable for general equipment storage and vehicle parking, while a 16- or 18-foot building provides more clearance for lifts, taller equipment, pallet racking, and other commercial applications.

Commercial Doors

Large commercial buildings often require larger and more numerous doors than residential garages. The number, size, and placement of these doors can affect the framing and overall price of the building.

Snow and Wind Loads

Local weather conditions are another important pricing factor. Your building will need to be engineered according to the requirements for its location, which can influence framing and paneling costs.

Foundation

Engineered Metal Buildings offers concrete services, but the cost is not factored into the main price of your 60x100 structure. You’ll want to budget for your concrete slab separately.

Permits and Building Codes for Commercial Steel Buildings

A 60x100 steel building is a substantial commercial structure, so permitting and code compliance should be addressed early in the planning process. Local requirements vary, but commercial projects commonly involve more documentation and review than smaller accessory structures. Contact the local building department before preparing the site or ordering the building.

Common considerations include:

• Building permits: Most permanent 60x100 commercial buildings will require a building permit.
• Site plans: The county or municipality may require a site plan showing property lines, setbacks, access, drainage, and the proposed building location.
• Engineered drawings: Site-specific structural plans may be required depending on local codes and design loads.
• Wind and snow loads: The building must be designed for the applicable environmental loads at the project location.
• Foundation requirements: Local requirements may specify foundation dimensions, reinforcement, anchoring, and other details.
• Occupancy requirements: A commercial warehouse or workshop may have requirements based on how employees, customers, equipment, or inventory will occupy the space.
• Electrical and plumbing: Separate permits may be required for electrical, plumbing, HVAC, or other building systems.
• Inspections: Construction may require inspections at various stages before the building can be occupied.

Why Choose Engineered Metal Buildings for a Large Steel Building?

Engineered Metal Buildings is proud to offer a wide selection of commercial steel buildings designed for warehouses, workshops, equipment storage, fleet facilities, agricultural applications, and other large-scale projects. Our structures are made with durable steel framing and engineered to hold up to the wind and snow in your area.

When you work with us, you get:

• Durable steel construction
• Engineered buildings designed for your location
• Delivery and installation
• Concrete services
• Customizable sizes, heights, doors, and configurations
• Commercial and clear-span building options
• Flexible financing and rent-to-own plans
• Dedicated customer support

From the initial design to installation, EMB can help you plan a large steel building that provides the space and functionality your operation needs. Call Engineered Metal Buildings today at (208) 572-1441 for a FREE quote on your 60x100 steel building.

Ready to plan your 6,000-square-foot steel building? Design Your Building Online to explore sizes, doors, and colors, or call (208) 572-1441 for a location-specific commercial quote.

Conclusion

A 60x100 steel building provides 6,000 square feet of open, customizable space for warehouses, workshops, equipment storage, fleet parking, and commercial operations. In 2026, EMB's listed 60x100 models range from approximately $108,700 to $119,500, while a concrete slab can add another $36,000–$72,000 depending on local conditions and construction requirements. Choosing the right height, doors, structural specifications, and interior layout can help you get the most value from a large steel building.

Ready to plan your warehouse or workshop? Call Engineered Metal Buildings at (208) 572-1441 for a FREE quote or explore your options at EngineeredMetalBuildings.com.

A 50x50 metal building gives you 2,500 square feet of usable space under one roof. That makes this size a popular choice for farmers, contractors, business owners, and property owners who need room for large equipment, trucks, trailers, inventory, or a dedicated work area. With a 50-foot width and 50-foot length, you have enough space to create wide-open interior layouts without dividing the building into multiple smaller areas.

The cost of a 50x50 metal building depends heavily on whether you choose an open carport or a fully enclosed structure. An open 50x50 commercial carport can start around $32,600, while an enclosed 50x50 building may range from approximately $49,400 to $62,100 before adding the cost of a concrete foundation and other site-related expenses.

This guide breaks down 50x50 metal building prices in 2026, including open and enclosed options, concrete slab costs, site preparation, permitting, and the factors that can affect your final price. You'll also see examples of what fits inside a 50x50 building and how this size compares with a 40x60 structure.

Key Highlights

• A 50x50 metal building provides 2,500 square feet of interior or covered space.
• An open 50x50 commercial carport costs approximately $32,600, or about $13 per square foot.
• An enclosed 50x50 metal building typically costs about $49,400 to $62,100, depending on the model and configuration.
• A concrete slab for 2,500 square feet can add approximately $15,000 to $30,000 based on a $6–$12 per-square-foot estimate.
• A 50x50 footprint works well for farm equipment, trucks and trailers, contractor equipment, commercial shops, and covered storage.
• Building height, doors, windows, insulation, roof style, wind and snow loads, and other customizations can significantly affect the final price.
• A 50x50 building with a concrete slab could have a starting project budget of approximately $64,000 to $92,000+, before permits and substantial site work.

What Is Clear-Span Engineering?

Clear-span engineering is the process of designing a metal building so the main interior space can remain open without columns or other structural supports running across the floor. This creates a wide, unobstructed interior that can be especially useful for equipment storage, commercial shops, warehouses, and agricultural buildings.

For a 50x50 metal building, clear-span construction can provide a 50-foot-wide open interior, giving you more freedom to arrange equipment, vehicles, work areas, and storage. Without interior columns taking up floor space, large equipment can move through the building more easily, and the interior can be rearranged as your needs change.

How Much Does a 50x50 Clear Span Metal Building Cost in 2026?

A 50x50 metal building costs approximately $49,400 to $62,100 for an enclosed structure based on current EMB model pricing. If you don't need enclosed walls, an open 50x50 commercial carport can cost between $27,000 and $32,600. The difference reflects the additional steel, wall panels, framing, doors, and other components required for an enclosed building.

Cost Item	Typical Range (2026)	Notes
Open 50x50 commercial carport	$27,000-$32,600	About $13 per sq. ft. Roof cover with one partial end panel.
Enclosed 50x50 building	$49,400–$62,100	About $20–$25 per sq. ft. Based on listed EMB models.
Concrete slab (4–6 in., 2,500 sq. ft.)	$15,000–$30,000	$6–$12 per sq. ft. market estimate.
Site prep (grading, gravel base)	Varies	Larger footprint means more grading. Costs depend on slope, soil, drainage, and access.
Snow and wind load upgrades	Varies by county	Higher loads can require additional framing, bracing, and anchoring.
Permits and engineered drawings	Varies by county	Commercial use can trigger additional review and documentation.
Estimated enclosed project total	$64,000–$92,000+	Enclosed building plus slab, before permits and significant site work.

These are planning figures rather than guaranteed quotes. Your location, building configuration, foundation requirements, and local design loads will determine the actual project price.

Want your exact 50x50 price? We price every building to your county's wind and snow loads. Call (208) 572-1441 for a free quote.

50x50 Models and Starting Prices

EMB offers metal buildings in configurations designed for everything from basic covered storage to fully enclosed commercial and agricultural applications. A 50x50 building can also be customized with different roof styles, doors, windows, wall heights, insulation, and other features. Some popular configurations include:

Model/Configuration	Approx. Starting Price	Typical Application
50x50 Open Commercial Carport	$32,600	Equipment, trucks, trailers, hay, and covered storage
50x50 Enclosed Metal Building	$49,400–$62,100	Commercial shops, equipment storage, warehouses, and agricultural use
50x50 Enclosed Building with Higher Sidewalls	Varies	Tall equipment, trailers, lifts, and larger commercial applications
50x50 Customized Commercial Building	Varies	Businesses requiring specific doors, windows, insulation, or interior layouts

Prices vary by location, customization, required certification, and the specific building package. A personalized quote is the best way to determine the cost of a 50x50 building for your property.

Build your 50x50 in minutes. Pick height, doors, and colors in our 3D Building Designer and see live pricing before you call.

Open Carport or Enclosed Metal Building: Which 50x50 Design Do You Need?

The choice between an open carport and an enclosed building largely comes down to how you plan to use the space. Both provide 2,500 square feet, but they offer very different levels of protection and functionality. An open structure can be an economical way to cover equipment and vehicles, while an enclosed building creates a more versatile space for storage, work, security, and year-round use.

Open 50x50 Carport

An open carport can be a good choice when your primary goal is keeping equipment, vehicles, hay, or materials covered. With fewer wall panels and openings, it generally costs less than a fully enclosed building.

Open structures can also make it easier to move large equipment in and out from multiple directions. This can be useful for farms, contractor yards, and equipment storage areas where accessibility is a priority.

Enclosed 50x50 Metal Building

An enclosed building provides walls on all sides and can be configured with large roll-up doors, walk-in doors, windows, insulation, and other features. This makes it better suited for businesses, workshops, warehouses, equipment storage, and applications where additional protection is important.

Only need covered space? Browse our commercial metal carports for open-sided shelters that keep equipment, hay, and trailers out of the weather.

What Changes the Price of a 50x50 Metal Building?

A 2,500-square-foot building has a substantial footprint, but square footage is only one part of the pricing equation. The height, configuration, structural requirements, and intended use all affect how much steel and additional materials are needed. Local requirements can also have a noticeable impact on the final price.

Building Height

A 12-foot sidewall may work for general storage, while 14- to 18-foot walls may be more appropriate for tractors, trailers, lifts, excavators, or other tall equipment.

Taller buildings typically require more material and may require larger framed openings and doors.

Doors and Framed Openings

Large equipment requires large access points. Roll-up doors, framed openings, commercial garage doors, and walk-in doors all add to the cost of a building.

Roof Style

You’ll be able to choose between boxed eave and vertical roof designs. The roof configuration you choose can also affect the building's structural requirements and price.

Wind and Snow Loads

A wide roof can carry substantial snow loads, while areas with high wind requirements may require additional framing, bracing, anchoring, and engineering. Buildings in areas with higher design loads may require site-specific plans and additional engineering to meet local codes.

Insulation

If you're using the building as a year-round workshop, warehouse, or commercial space, insulation may be worth considering. Adding insulation, liner panels, and other interior components will increase the initial project cost.

Foundation

The foundation is another major expense and should be included in your overall budget. A 2,500-square-foot concrete slab can cost approximately $15,000 to $30,000 at an estimated $6–$12 per square foot.

What Fits in a 50x50 Metal Building?

A 50x50 building footprint is especially useful for large equipment because you can create wide bays instead of trying to fit everything into narrow compartments. Below, we explore different ways to utilize the space these buildings provide:

Use	What Fits (Example)	Suggested Sidewall
Farm equipment storage	Tractors, implements, a swather or combine head	14–16 ft.
Truck and trailer parking	A semi or stock trailer plus work trucks	16–18 ft.
Contractor yard building	Skid steers, excavator, materials, tool storage	14–16 ft.
Commercial shop or warehouse	Open floor, racking, small office corner	14–16 ft.
Hay and covered storage	Open carport-style space for hay or equipment shade	12 ft.

When planning the interior, consider more than the dimensions of the equipment itself. You'll need enough room to open doors, move equipment around, perform maintenance, and safely access stored materials.

Running a shop or storing inventory? See our warehouse buildings built for racking, forklifts, and wide door openings.

50x50 vs. 40x60: A Side-by-Side Comparison

Both a 50x50 and 40x60 building provide 2,400 square feet, so neither offers more total floor space than the other. The difference is how that space is distributed.

Feature	50x50 Metal Building	40x60 Metal Building
Square footage	2,500 sq. ft.	2,400 sq. ft.
Footprint	50 ft. × 50 ft.	40 ft. × 60 ft.
Layout	Wide, square footprint	Longer rectangular footprint
Best for	Large equipment, open work areas, multiple bays	Long equipment, vehicles, workshops, storage
Typical sidewall	14–18 ft. for equipment	12–16+ ft. depending on use
Interior flexibility	Excellent for open layouts	Excellent for linear layouts
Concrete area	2,500 sq. ft.	2,400 sq. ft.

Need a longer footprint? Check our 40x60x16 Commercial Clear Span or explore all commercial metal buildings.

Site Prep for a 50x50 Metal Building

A 50x50 building covers 2,500 square feet, so proper site preparation is an important part of the project. A larger footprint can require more grading, gravel, drainage work, and excavation than a smaller building. Preparing the site correctly helps create a stable foundation and provides the access needed for construction and installation.

Step 1: Select the Building Location

Choose an area large enough for the building, foundation, access roads, equipment, and drainage. Check property setbacks and zoning requirements before finalizing the location.

Step 2: Clear the Site

Remove vegetation, trees, stumps, debris, and other obstacles from the building area. The exact amount of clearing required will depend on the property.

Step 3: Evaluate Soil and Drainage

Soil conditions can influence how the site needs to be prepared. Identify areas with poor drainage, standing water, soft soil, or significant elevation changes before construction begins.

Step 4: Grade the Site

The building pad should be graded to create an appropriate surface for the foundation. A contractor may need to bring in or remove material depending on the existing slope.

Step 5: Establish a Stable Base

Gravel or another suitable base material may be used beneath the concrete slab. The base should be properly compacted to create a stable foundation surface.

Step 6: Prepare the Concrete Foundation

Once the site is ready, the concrete contractor can install forms and reinforcement and prepare the slab according to the building plans and local requirements.

Step 7: Pour the Slab

The concrete is poured and finished according to the project's specifications. Slab thickness and reinforcement should be based on the building design, soil conditions, intended use, and local requirements.

Step 8: Allow the Foundation to Cure

The foundation needs adequate curing time before installation begins. Coordinate the schedule between the concrete contractor and metal building installer so the site is ready when the building arrives.

Permitting a 50x50 Commercial or Farm Building

A 50x50 metal building will generally require a building permit, particularly when it is being used for commercial, agricultural, storage, or other permanent purposes. At 2,500 square feet, the structure may also receive more detailed review than a smaller residential accessory building.

Permit requirements vary by county and municipality. Your local building department may require engineered plans, site plans, foundation details, wind and snow load information, setbacks, and inspections before the project can be completed.

Commercial buildings can also have additional requirements related to occupancy, accessibility, electrical systems, fire safety, and other building-code considerations. Before preparing the site or ordering the building, contact your local building department to determine exactly what is required for your property.

Not sure what your county requires? Read our metal building permit guide or call (208) 572-1441 and we'll walk you through it.

Why Choose Engineered Metal Buildings for Your 50x50 Metal Building?

Engineered Metal Buildings is your premier provider of durable, customizable metal buildings for agricultural, commercial, equipment storage, and more. Our structures are engineered for the wind and snow loads in your area, and can be configured around the equipment, vehicles, and workspace you need to accommodate.

When you work with EMB Metal Buildings, you get:

• Included delivery and installation
• Certified metal buildings rated for your climate
• Durable steel construction and quality craftsmanship
• Leading warranties and craftsmanship guarantees
• Flexible financing and RTO plans
• Dedicated customer support

Whether you need an open equipment shelter, a fully enclosed commercial shop, or a combination of storage and workspace, EMB can help you design a 50x50 building around your specific needs. Call today at (208) 572-1441 for a FREE quote and find out what your 50x50 metal building will cost.

Conclusion

A 50x50 metal building provides 2,500 square feet of flexible space for farm equipment, trucks and trailers, contractor equipment, commercial shops, warehouses, and covered storage. In 2026, an open 50x50 commercial carport costs approximately $32,600, while an enclosed building can range from about $49,400 to $62,100 before adding the concrete foundation and site work.

With clear-span engineering, customizable heights, large doors, and multiple configuration options, a 50x50 structure can provide the open interior needed for demanding equipment and commercial applications.

Ready to build? Call Engineered Metal Buildings at (208) 572-1441 for a FREE quote or design your 50x50 metal building at EngineeredMetalBuildings.com.