Metal Building Price Guide

Metal buildings can vary dramatically from $12 – $28 per square foot. If you are looking to have somehow get the permits, make the foundation and do it all for you, then prices will be roughly $22 – $50 per square foot depending on the foundation, location and structure.

Average Square Foot Cost by Steel Building Size


Factors Impacting the Cost of Metal Structures

The price of prefabricated metal buildings is dependent on diverse elements. While some cost-affecting factors are within the purchaser’s control, others like global market trends may not be.

  • Steel Market Prices Steel is the cornerstone of metal buildings, offering strength and resilience. Market fluctuations in steel pricing are common due to a number of unpredictable global influences, which include everything from geopolitical events to supply chain disruptions caused by pandemics like COVID-19.
  • Construction Site Location The site of construction plays a significant role in determining costs associated with:
    • Compliance with Local Codes Buildings must adhere to local building codes, which could necessitate stronger steel gauges to withstand local wind, snow, and seismic factors.
    • Transportation Costs The distance from the manufacturing location to the building site affects delivery costs, especially considering dynamic fuel prices.
    • Labor and Taxes Labor costs can vary geographically, and the presence or absence of sales taxes based on state laws influences overall pricing.
  • Building Style, Size, and Design The design aspects that can influence the price are:
    • Architectural Design Intricate designs with custom features increase the expenditure compared to straightforward layouts.
    • Dimensions Opting for standard dimensions can be more budget-friendly than custom measurements.
    • Roofing Simple roof designs are generally less costly than complex ones with higher pitches or multiple levels.
    • Openings and Exterior Finishes More and larger openings and upgrades in exterior finishes will escalate the costs.
    • End Use The intended use dictates required features like insulation, doors, and ventilation systems, all of which have implications for the final cost.

Factors in Design and Tailored Features

Understanding that the design and customization of a building can impact costs is vital for effective budget planning.

  • Architectural and Design Fees might need to be considered if you are looking for specialized plans beyond what the supplier offers. This may include an architect’s fees, which approximate 7% of the construction costs, and additional charges for detailed floor plans and electrical and plumbing schematics.
  • Insulation Types and Costs vary depending on the chosen materials. Insulation is critical for energy efficiency and can significantly differ in price by type and R-value.
  • Framed Openings require additional materials and labor, with costs influenced by the quantity and dimensions of the doors and windows planned in the construction.
  • Commercial and Personnel Doors fluctuate in price according to size, features, and whether they are insulated, with a broad price range to consider.
  • Windows also present a wide cost range, influenced by the quality and type of the windows, from standard options to architectural grades.
  • Weatherproofing with Gutters & Downspouts provides a finishing touch to the building and the costs can be impacted predominantly by the material selected. Estimated costs are usually calculated per linear foot.
  • Alternative Exterior Materials give the option of customizing the appearance of a building with various siding choices, each with their own price points per square foot.
  • Finishing the Interior can be as simple or as luxurious as desired, with costs that can scale from minimal to substantial amounts per square foot depending on the level of finish.

Bullet points and formats used here contribute to organizing a complex array of information succinctly. It’s crucial to consult with professionals for precise quotes, as these are general guidelines and costs will vary by location and local market conditions.

Additional Expenses for Steel Structures

Considerations for Fundamental Costs

When budgeting for a steel building, several key expenses beyond the purchase of the kit should be kept in mind. The overall cost can be significantly affected by regional factors such as labor and material costs.

  • Delivery Fees may not always be part of the initial kit cost. These fees are usually a percentage of the kit’s total price and depend on the distance from the manufacturer, varying between 4 to 7%.
  • Permit Costs can range widely based on your locality and the project’s complexity, ranging from a few hundred to several thousand dollars. On average, they tend to be between $550 and $2,000.
  • Land Preparation is another variable expense involving tasks such as surveying, design, soil testing, and the physical preparation of the site. This entails clearing and grading the land, with costs depending on the square footage of the building.
  • Construction Expenses also hinge on local labor rates and can be estimated at $5 to $10 per square foot, though this may vary greatly by area.
  • Foundation Costs are affected by regional soil conditions, labor prices, and material costs. For non-complex designs, a general range of $4 to $8 per square foot is a good starting point for budgeting purposes.

Average Square Foot Cost by Steel Building Size

When evaluating the costs associated with constructing steel buildings, the price per square foot fluctuates based on the overall dimensions of the structure. Below is a summarized guide to provide a clearer understanding:

  • 30×40 to 30×60: The estimated cost per square foot remains steady at approximately $28.00 regardless of the building length increasing.
  • 40×40 to 40×60: A slight decrease in cost per square foot to $25.90 is observed as the area expands.
  • 50×50 to 50×60: Consistency is noted with costs again at $25.90 per square foot.
  • 40×80: As the area grows, the price holds at $25.90 per square foot.
  • 50×80 to 60×100: The cost per square foot shows some variance, ranging from $25.90 to $25.16.
  • 80×100 to 100×100: Here, the cost per square foot tends to decrease, arriving at $22.76 for a 100×100-foot building.
  • 100×150 to 100×200: Larger constructions maintain a cost per square foot in the vicinity of $24.15.

This pricing guide reveals that economies of scale can impact the cost effectiveness, particularly when constructing larger steel buildings, as the cost per square foot may diminish with increased size.

Impact of Construction Method on Cost

Undertaking Construction Independently

  • Cost Savings: Significant; varies by project size
  • Scope: Small to large buildings
  • Expense Avoided: Construction management fees
  • DIY Savings: $6,000 to tens of thousands
  • Cost Range Per Sq Ft: $5 – $10 less

Acting as Your Own General Contractor

  • Role: Coordinator of all trades
  • Cost Reduction: 10% – 20% of total contractor fees
  • Involvement: High; direct hire of construction crew, plumbers, electricians

Engaging a General Contractor

  • Fee: Additional 10% – 20% of the project cost
  • Benefit: Speed and convenience
  • Consideration: Most costly option, but reduces project complexity for the client

Ways to Save Money on a Metal Building

When looking to reduce the costs of metal building construction, individuals can employ a variety of strategies to ensure both immediate and long-term savings. Managing the project oneself can lead to significant overall cost reductions, as hiring a general contractor comes with substantial fees. By overseeing the project’s many facets, including sourcing contractors for specific tasks such as concrete pouring, electrical, and plumbing work, one can save up to 20% compared to outsourced management costs.

  • Self-Construction: For those with the capability, constructing the metal building without professional help can lead to a 20-30% decrease in construction costs.
  • Design Simplification: Opting for a straightforward design minimizes the need for extra steel and engineering labor, thereby moderating expenses.
  • Finalize Plans Early: Ensure all details are meticulously planned and decided upon before ordering. Alterations during production or construction can incur high costs.
  • Roof Design Optimization: A single-slope roof with a 1:12 pitch is cost-effective. However, a more commonly preferred choice is a gable roof with a 2:12 pitch, balancing cost with appearance.
  • Minimization of Openings: Limit the number of openings, such as doors and windows, and make use of standard sizes available in the market to avoid premiums.
  • Height Consideration: Keeping the building height to a practical limit reduces material use and subsequently lowers not only the cost but also future HVAC expenses.
  • Expansion Planning: If future expansion is anticipated, specifying expandable end walls during the initial order can save on refurbishing costs later.
  • Seasonal Scheduling: Those in colder climates can save on construction costs by scheduling during early spring or late autumn, unlike the pricier summer months.
  • Tax Incentives Research: Consulting with a tax professional regarding applicable deductions like the section 179 tax deduction can dramatically reduce net expenditure.
  • Competitive Price Quotes: Obtain and compare at least four price quotes from different manufacturers; some may offer competitive rates or discounts to clear inventory.