Soffit and Fascia Cost Calculator

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Soffit and Fascia Cost Calculator

Estimate Your Soffit & Fascia Project Cost

Enter the total width of your house in feet.
Enter the average height of your eaves in feet.
Vinyl Aluminum Wood Fiber Cement Select the primary material for soffit and fascia.
Enter the average hourly labor cost in your area.
Standard Moderate (some obstacles) Complex (many obstacles, difficult access) Adjust for factors like roof pitch, obstructions, and accessibility.
Enter any additional markup percentage the contractor might add.

Estimated Project Costs

$0.00
Total Linear Feet: 0 ft
Estimated Material Cost: 0
Estimated Labor Cost: 0
Total Estimated Cost (Before Markup): 0
Estimated Contractor Markup: 0
Formula Used:

1. Calculate Total Linear Feet: (House Width * 2) + (House Width * 2) = Total Linear Feet (assuming a rectangular house). 2. Estimate Material Cost: Total Linear Feet * Average Material Cost per Foot (varies by material). 3. Estimate Labor Hours: (Total Linear Feet / Average Installation Speed) * Project Complexity Factor. 4. Calculate Labor Cost: Estimated Labor Hours * Labor Rate per Hour. 5. Total Cost Before Markup = Material Cost + Labor Cost. 6. Estimated Markup = Total Cost Before Markup * (Markup Percentage / 100). 7. Final Estimated Cost = Total Cost Before Markup + Estimated Markup.

Cost Breakdown Table

A detailed look at the estimated costs based on your inputs.

Soffit and Fascia Cost Breakdown
Category Details Estimated Cost
Linear Footage Total Perimeter 0 ft
Material Vinyl $0.00
Labor Est. Hours: 0 | Rate: $0.00/hr $0.00
Subtotal (Before Markup) Materials + Labor $0.00
Contractor Markup 0% $0.00
Grand Total (Est.) All Costs Included $0.00

Cost Distribution Over Time (Hypothetical)

Visualizing how costs might be distributed across different project phases or over a hypothetical lifespan.

Material Cost Labor Cost Markup

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Understanding the soffit and fascia cost is crucial for homeowners planning renovations or repairs. Soffit and fascia are essential components of your home's exterior, playing vital roles in both aesthetics and structural integrity. The soffit is the underside of your roof's overhang, while the fascia is the vertical board that runs along the edge of the roofline, covering the ends of the rafters. Together, they protect your home from weather, pests, and moisture, while also contributing to ventilation. Estimating the soffit and fascia cost involves considering various factors, including material choices, labor rates, project scope, and the overall condition of your existing system. This guide and calculator aim to provide a clear picture of what you can expect to invest in these critical home exterior elements.

Who should use this soffit and fascia cost calculator? Homeowners looking to replace old, damaged, or outdated soffit and fascia systems will find this tool invaluable. It's also beneficial for those building new homes or undertaking major exterior renovations. Anyone seeking to budget for home improvement projects, compare quotes from contractors, or simply understand the financial implications of different material choices should utilize this soffit and fascia cost estimator. It helps demystify the pricing structure and empowers you with knowledge before engaging with professionals.

Common misconceptions about soffit and fascia costs: One common misconception is that soffit and fascia are purely cosmetic. While they significantly impact curb appeal, their functional importance in protecting your home's structure and preventing moisture damage is paramount. Another misconception is that all materials cost the same; in reality, vinyl, aluminum, wood, and fiber cement have vastly different price points and maintenance requirements. Finally, many underestimate the labor involved, assuming it's a quick fix. The complexity of the installation, especially on older homes or those with intricate rooflines, can significantly drive up the soffit and fascia cost.

{primary_keyword} Formula and Mathematical Explanation

Calculating the estimated soffit and fascia cost involves several steps, combining measurements, material pricing, and labor considerations. The core of the calculation revolves around determining the total linear footage of the eaves and then applying material and labor costs.

Step-by-step derivation:

  1. Calculate Total Linear Footage: This is the perimeter of the house's eaves. For a rectangular house, it's typically calculated as (House Width * 2) + (House Depth * 2). However, for simplicity in many calculators, we often use just the width and assume it represents the primary eaves length needing coverage, or a simplified perimeter calculation. For this calculator, we'll use (House Width * 2) to represent the primary eaves length needing soffit and fascia, acknowledging that a full perimeter might be more accurate for complex shapes.
  2. Determine Material Cost: Multiply the Total Linear Footage by the average cost per linear foot for the chosen material. This cost varies significantly based on the material type (vinyl, aluminum, wood, fiber cement) and quality.
  3. Estimate Labor Hours: This is often the most variable component. It depends on the total linear footage, the complexity of the installation (roof pitch, obstructions, accessibility), the skill of the installers, and the average speed at which they work. A complexity factor is applied to adjust for these variables. A simplified approach might be: (Total Linear Footage / Average Installation Speed per Foot) * Complexity Factor.
  4. Calculate Labor Cost: Multiply the Estimated Labor Hours by the prevailing hourly labor rate in your region.
  5. Calculate Total Cost Before Markup: Sum the Estimated Material Cost and the Calculated Labor Cost.
  6. Calculate Contractor Markup: If a contractor is involved, they will typically add a markup percentage to cover overhead, profit, and unforeseen expenses. This is calculated as (Total Cost Before Markup) * (Markup Percentage / 100).
  7. Calculate Final Estimated Cost: Add the Estimated Contractor Markup to the Total Cost Before Markup.

Variable Explanations:

Soffit and Fascia Cost Variables
Variable Meaning Unit Typical Range
House Width The primary width measurement of the house, often used to estimate eaves length. Feet (ft) 20 – 100+ ft
Eaves Height The vertical distance from the ground to the roofline at the eaves. Affects accessibility and safety measures. Feet (ft) 8 – 20+ ft
Material Type The chosen material for soffit and fascia (e.g., Vinyl, Aluminum, Wood, Fiber Cement). N/A N/A
Material Cost per Foot The cost of the chosen material per linear foot, including installation accessories. USD ($) per foot $5 – $30+ (Varies greatly by material)
Labor Rate The average hourly wage paid to skilled exterior renovation workers in the area. USD ($) per hour $50 – $100+
Installation Speed The average rate at which installers can complete the work, often measured in linear feet per hour. Feet (ft) per hour 5 – 15 ft/hr (highly variable)
Project Complexity Factor A multiplier to adjust labor time based on site conditions like roof pitch, obstructions, and accessibility. Multiplier 1.0 (Standard) – 1.5 (Complex)
Markup Percentage The percentage added by a contractor to the total cost of materials and labor. Percent (%) 10% – 30%

Practical Examples (Real-World Use Cases)

Let's illustrate the soffit and fascia cost calculation with a couple of practical examples.

Example 1: Standard Vinyl Soffit & Fascia Replacement

Scenario: A homeowner needs to replace the soffit and fascia on a standard rectangular house with a width of 60 feet and an average eaves height of 12 feet. They choose vinyl materials and hire a contractor.

  • Inputs:
  • House Width: 60 ft
  • Eaves Height: 12 ft (influences labor difficulty but not direct calculation here)
  • Material Type: Vinyl
  • Labor Rate: $70/hr
  • Project Complexity: Standard (1.0)
  • Contractor Markup: 20%

Calculations:

  • Total Linear Feet: 60 ft * 2 = 120 ft
  • Estimated Material Cost (Vinyl @ ~$10/ft): 120 ft * $10/ft = $1,200
  • Estimated Labor Hours (Assuming 10 ft/hr install speed): (120 ft / 10 ft/hr) * 1.0 = 12 hours
  • Estimated Labor Cost: 12 hours * $70/hr = $840
  • Total Cost Before Markup: $1,200 + $840 = $2,040
  • Estimated Contractor Markup: $2,040 * 0.20 = $408
  • Final Estimated Cost: $2,040 + $408 = $2,448

Interpretation: For a standard vinyl soffit and fascia replacement on a 60ft wide house, the estimated cost is around $2,448. This includes materials, labor, and a typical contractor markup.

Example 2: Complex Aluminum Fascia Installation

Scenario: A homeowner is installing new aluminum fascia on a house with a width of 40 feet, but the roofline is complex with multiple dormers and difficult access points, requiring a higher eaves height of 18 feet.

  • Inputs:
  • House Width: 40 ft
  • Eaves Height: 18 ft
  • Material Type: Aluminum
  • Labor Rate: $85/hr
  • Project Complexity: Complex (1.4)
  • Contractor Markup: 25%

Calculations:

  • Total Linear Feet: 40 ft * 2 = 80 ft
  • Estimated Material Cost (Aluminum @ ~$18/ft): 80 ft * $18/ft = $1,440
  • Estimated Labor Hours (Assuming 8 ft/hr install speed due to complexity): (80 ft / 8 ft/hr) * 1.4 = 14 hours
  • Estimated Labor Cost: 14 hours * $85/hr = $1,190
  • Total Cost Before Markup: $1,440 + $1,190 = $2,630
  • Estimated Contractor Markup: $2,630 * 0.25 = $657.50
  • Final Estimated Cost: $2,630 + $657.50 = $3,287.50

Interpretation: The higher material cost for aluminum and the increased complexity significantly raise the estimated soffit and fascia cost to approximately $3,287.50 for this 40ft wide house. This highlights how material choice and site conditions heavily influence the final price.

How to Use This Soffit and Fascia Cost Calculator

Using our soffit and fascia cost calculator is straightforward. Follow these steps to get a quick estimate for your project:

  1. Measure Your House Width: Accurately measure the total width of the side(s) of your house where you need soffit and fascia installed. Enter this value in feet into the "House Width (ft)" field.
  2. Note Eaves Height: Measure the average height of your eaves from the ground. While not directly used in the simplified calculation, it's a key factor for contractors assessing labor difficulty and safety requirements.
  3. Select Material Type: Choose the primary material you intend to use from the dropdown menu (Vinyl, Aluminum, Wood, Fiber Cement). Each has different cost implications.
  4. Enter Labor Rate: Input the average hourly labor rate for skilled tradespeople in your specific geographic area. You can often find this information through local contractor quotes or online resources.
  5. Assess Project Complexity: Select the option that best describes your project's complexity. "Standard" applies to straightforward installations, while "Moderate" or "Complex" should be chosen if there are many obstacles, steep roof pitches, or difficult access points. This factor adjusts the estimated labor time.
  6. Add Contractor Markup (Optional): If you are getting quotes from contractors, you can input their expected markup percentage. If you are doing the work yourself or just want a base cost, you can leave this at 0% or a lower default.
  7. Calculate: Click the "Calculate Costs" button. The calculator will instantly provide an estimated total cost, broken down into key components like material, labor, and markup.

How to read results: The calculator displays a primary highlighted result showing the total estimated project cost. Below this, you'll find intermediate values such as Total Linear Feet, Estimated Material Cost, Estimated Labor Cost, and the Estimated Contractor Markup. The detailed table provides a clearer breakdown of each cost category.

Decision-making guidance: Use these estimates to budget effectively. Compare the results with quotes from multiple contractors. If the estimate seems high, consider alternative materials (e.g., vinyl instead of aluminum) or discuss ways to simplify the project with your contractor. If the estimate seems low, ensure you haven't underestimated the complexity or material quality needed. Remember, this is an estimate; actual costs can vary. For more detailed exterior renovation cost information, explore our related resources.

Key Factors That Affect Soffit and Fascia Cost Results

Several critical factors influence the final soffit and fascia cost. Understanding these can help you anticipate expenses and make informed decisions:

  • Material Choice: This is arguably the biggest cost driver. Vinyl is typically the most budget-friendly, followed by aluminum, then wood (which requires regular maintenance), and finally fiber cement, which is durable but often the most expensive upfront. The quality and thickness of the material also play a role.
  • Labor Rates and Availability: Skilled labor costs vary significantly by region. Areas with a higher cost of living or a high demand for renovation services will naturally have higher labor rates. The availability of experienced installers can also impact pricing.
  • Project Scope and Complexity: The total linear footage of the eaves is a primary factor. However, complexity adds significant cost. This includes steep roof pitches, numerous corners, dormers, chimneys, skylights, or any obstructions that make installation more time-consuming and difficult. Difficult access (e.g., requiring scaffolding or specialized lifts) also increases labor costs.
  • Condition of Existing Structure: If the existing fascia boards are severely rotted or damaged, they may need to be replaced before new soffit and fascia can be installed. This adds material and labor costs. Similarly, underlying structural issues discovered during the project will increase the overall soffit and fascia cost.
  • Removal and Disposal Fees: The cost of removing and properly disposing of old soffit and fascia materials should be factored in. Some contractors include this in their quote, while others itemize it separately.
  • Permits and Inspections: Depending on your local regulations, you may need to obtain building permits for soffit and fascia work. Permit fees and the cost of any required inspections add to the project's total expense.
  • Contractor Markup and Overhead: Professional contractors include overhead costs (insurance, vehicle expenses, office staff) and a profit margin in their quotes. This markup can range from 10% to 30% or more, significantly impacting the final price. Always clarify what the quote includes.
  • Geographic Location: Beyond labor rates, regional differences in material availability, shipping costs, and local market demand can influence the overall soffit and fascia cost.

Frequently Asked Questions (FAQ)

Q1: What is the average cost to replace soffit and fascia?

The average cost can range widely, typically from $1,500 to $5,000 or more for a standard-sized home. Vinyl is often at the lower end ($5-$15 per linear foot installed), while aluminum or fiber cement can be $15-$30+ per linear foot installed. The final soffit and fascia cost depends heavily on the factors mentioned above.

Q1: What is the average cost to replace soffit and fascia?

The average cost can range widely, typically from $1,500 to $5,000 or more for a standard-sized home. Vinyl is often at the lower end ($5-$15 per linear foot installed), while aluminum or fiber cement can be $15-$30+ per linear foot installed. The final soffit and fascia cost depends heavily on the factors mentioned above.

Q2: Is it cheaper to replace soffit and fascia separately?

Generally, no. While you can replace them separately, it's often more cost-effective to do them together. Contractors can streamline the process, reducing mobilization and setup time. Doing them simultaneously also ensures a consistent look and material compatibility. The labor savings often outweigh any perceived benefit of splitting the job.

Q3: How long does soffit and fascia installation take?

For a standard-sized home, replacing soffit and fascia typically takes 1 to 3 days. However, complex projects, difficult weather conditions, or unexpected issues can extend this timeline. The total linear footage and the crew's efficiency are key determinants.

Q4: Does soffit and fascia need to match the gutters?

While not strictly necessary, matching soffit, fascia, and gutters often creates a more cohesive and aesthetically pleasing exterior. Many homeowners choose complementary colors or finishes for a polished look. Consider the overall style of your home when making these decisions.

Q5: Can I install soffit and fascia myself?

DIY installation is possible for those with significant carpentry and roofing experience. However, it requires working at heights, precise measurements, and proper sealing techniques. Mistakes can lead to water damage and costly repairs. For most homeowners, hiring a professional is recommended to ensure quality and safety, despite the higher soffit and fascia cost.

Q6: What is the difference between vented and solid soffit?

Vented soffit allows air to flow into the attic, aiding in ventilation and preventing moisture buildup, which is crucial for roof health. Solid soffit is used in areas where ventilation is not needed or desired, such as under porches or enclosed eaves. Most modern homes benefit from vented soffit.

Q7: How often should soffit and fascia be replaced?

With proper maintenance and quality materials, soffit and fascia can last for decades. Vinyl and aluminum typically last 20-40 years or more. Wood requires more frequent maintenance (painting/staining) and may need replacement sooner. Regular inspections for signs of rot, warping, or pest damage are recommended.

Q8: Does the eaves height affect the soffit and fascia cost significantly?

Yes, higher eaves increase the difficulty and risk associated with installation, often leading to higher labor costs. Contractors may need specialized equipment like taller ladders or scaffolding, and safety precautions become more critical. While not a direct multiplier in simple calculators, it's a key factor in professional quotes.

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Disclaimer: This calculator provides an estimate only. Actual costs may vary. Consult with qualified professionals for accurate quotes.

var materialCosts = { "vinyl": 10, "aluminum": 18, "wood": 15, "fiber-cement": 22 }; var avgInstallSpeed = { // Linear feet per hour "vinyl": 12, "aluminum": 10, "wood": 8, "fiber-cement": 7 }; function getElement(id) { return document.getElementById(id); } function validateInput(inputId, errorId, minValue, maxValue) { var input = getElement(inputId); var errorElement = getElement(errorId); var value = parseFloat(input.value); errorElement.style.display = 'none'; // Hide error initially if (isNaN(value)) { errorElement.textContent = "Please enter a valid number."; errorElement.style.display = 'block'; return false; } if (minValue !== undefined && value maxValue) { errorElement.textContent = "Value exceeds maximum limit."; errorElement.style.display = 'block'; return false; } return true; } function formatCurrency(amount) { return "$" + amount.toFixed(2); } function updateChart(totalLinearFeet, materialCost, laborCost, markupAmount) { var ctx = getElement('costChart').getContext('2d'); var chartData = { labels: ["Material Cost", "Labor Cost", "Markup"], datasets: [{ label: 'Cost Distribution', data: [materialCost, laborCost, markupAmount], backgroundColor: [ 'rgba(0, 74, 153, 0.7)', // Primary color for Material 'rgba(40, 167, 69, 0.7)', // Success color for Labor 'rgba(108, 117, 125, 0.7)' // Secondary color for Markup ], borderColor: [ 'rgba(0, 74, 153, 1)', 'rgba(40, 167, 69, 1)', 'rgba(108, 117, 125, 1)' ], borderWidth: 1 }] }; // Destroy previous chart instance if it exists if (window.mySoffitFasciaChart instanceof Chart) { window.mySoffitFasciaChart.destroy(); } window.mySoffitFasciaChart = new Chart(ctx, { type: 'bar', data: chartData, options: { responsive: true, maintainAspectRatio: false, scales: { y: { beginAtZero: true, ticks: { callback: function(value) { return formatCurrency(value); } } } }, plugins: { legend: { display: false // Legend is handled by custom div }, tooltip: { callbacks: { label: function(context) { var label = context.dataset.label || "; if (label) { label += ': '; } if (context.parsed.y !== null) { label += formatCurrency(context.parsed.y); } return label; } } } } } }); } function calculateSoffitFascia() { var isValid = true; isValid &= validateInput('houseWidth', 'houseWidthError', 0); isValid &= validateInput('eavesHeight', 'eavesHeightError', 0); isValid &= validateInput('laborRate', 'laborRateError', 0); isValid &= validateInput('markupPercentage', 'markupPercentageError', 0, 100); if (!isValid) { getElement('results').style.display = 'none'; return; } var houseWidth = parseFloat(getElement('houseWidth').value); var eavesHeight = parseFloat(getElement('eavesHeight').value); var materialType = getElement('materialType').value; var laborRate = parseFloat(getElement('laborRate').value); var complexityFactor = parseFloat(getElement('projectComplexity').value); var markupPercentage = parseFloat(getElement('markupPercentage').value); var totalLinearFeet = houseWidth * 2; // Simplified for calculator var materialCostPerFoot = materialCosts[materialType] || 10; // Default to vinyl cost if unknown var estimatedMaterialCost = totalLinearFeet * materialCostPerFoot; var installSpeed = avgInstallSpeed[materialType] || 10; // Default to vinyl speed var estimatedLaborHours = (totalLinearFeet / installSpeed) * complexityFactor; var estimatedLaborCost = estimatedLaborHours * laborRate; var costBeforeMarkup = estimatedMaterialCost + estimatedLaborCost; var estimatedMarkup = costBeforeMarkup * (markupPercentage / 100); var finalEstimatedCost = costBeforeMarkup + estimatedMarkup; // Update primary results getElement('primaryResult').textContent = formatCurrency(finalEstimatedCost); getElement('totalLinearFeet').textContent = totalLinearFeet.toFixed(0); getElement('materialCost').textContent = formatCurrency(estimatedMaterialCost); getElement('laborCost').textContent = formatCurrency(estimatedLaborCost); getElement('costBeforeMarkup').textContent = formatCurrency(costBeforeMarkup); getElement('estimatedMarkup').textContent = formatCurrency(estimatedMarkup); // Update table getElement('tableLinearFeet').textContent = totalLinearFeet.toFixed(0); getElement('tableMaterialType').textContent = getElement('materialType').options[getElement('materialType').selectedIndex].text; getElement('tableMaterialCost').textContent = formatCurrency(estimatedMaterialCost); getElement('tableLaborHours').textContent = estimatedLaborHours.toFixed(1); getElement('tableLaborRate').textContent = formatCurrency(laborRate); getElement('tableLaborCost').textContent = formatCurrency(estimatedLaborCost); getElement('tableCostBeforeMarkup').textContent = formatCurrency(costBeforeMarkup); getElement('tableMarkupPercentage').textContent = markupPercentage.toFixed(0); getElement('tableMarkupAmount').textContent = formatCurrency(estimatedMarkup); getElement('tableGrandTotal').textContent = formatCurrency(finalEstimatedCost); // Update chart updateChart(totalLinearFeet, estimatedMaterialCost, estimatedLaborCost, estimatedMarkup); getElement('results').style.display = 'block'; } function resetCalculator() { getElement('houseWidth').value = 50; getElement('eavesHeight').value = 10; getElement('materialType').value = 'vinyl'; getElement('laborRate').value = 75; getElement('projectComplexity').value = 1.0; getElement('markupPercentage').value = 20; // Clear errors getElement('houseWidthError').style.display = 'none'; getElement('eavesHeightError').style.display = 'none'; getElement('laborRateError').style.display = 'none'; getElement('markupPercentageError').style.display = 'none'; // Reset results display getElement('primaryResult').textContent = '$0.00'; getElement('totalLinearFeet').textContent = '0'; getElement('materialCost').textContent = '$0.00'; getElement('laborCost').textContent = '$0.00'; getElement('costBeforeMarkup').textContent = '$0.00'; getElement('estimatedMarkup').textContent = '$0.00'; getElement('tableLinearFeet').textContent = '0'; getElement('tableMaterialType').textContent = 'Vinyl'; getElement('tableMaterialCost').textContent = '$0.00'; getElement('tableLaborHours').textContent = '0.0'; getElement('tableLaborRate').textContent = '$0.00'; getElement('tableLaborCost').textContent = '$0.00'; getElement('tableCostBeforeMarkup').textContent = '$0.00'; getElement('tableMarkupPercentage').textContent = '0'; getElement('tableMarkupAmount').textContent = '$0.00'; getElement('tableGrandTotal').textContent = '$0.00'; if (window.mySoffitFasciaChart) { window.mySoffitFasciaChart.destroy(); window.mySoffitFasciaChart = null; } getElement('costChart').getContext('2d').clearRect(0, 0, getElement('costChart').width, getElement('costChart').height); getElement('results').style.display = 'none'; } function copyResults() { var resultsText = "Soffit and Fascia Cost Estimate:\n\n"; resultsText += "Primary Result: " + getElement('primaryResult').textContent + "\n"; resultsText += "Total Linear Feet: " + getElement('totalLinearFeet').textContent + " ft\n"; resultsText += "Estimated Material Cost: " + getElement('materialCost').textContent + "\n"; resultsText += "Estimated Labor Cost: " + getElement('laborCost').textContent + "\n"; resultsText += "Total Estimated Cost (Before Markup): " + getElement('costBeforeMarkup').textContent + "\n"; resultsText += "Estimated Contractor Markup: " + getElement('estimatedMarkup').textContent + "\n\n"; resultsText += "Key Assumptions:\n"; resultsText += "- Material Type: " + getElement('tableMaterialType').textContent + "\n"; resultsText += "- Labor Rate: " + getElement('tableLaborRate').textContent + "/hr\n"; resultsText += "- Project Complexity Factor: " + getElement('projectComplexity').value + "\n"; resultsText += "- Contractor Markup: " + getElement('tableMarkupPercentage').textContent + "%\n"; // Use a temporary textarea to copy text var textArea = document.createElement("textarea"); textArea.value = resultsText; textArea.style.position = "fixed"; textArea.style.left = "-9999px"; document.body.appendChild(textArea); textArea.focus(); textArea.select(); try { var successful = document.execCommand('copy'); var msg = successful ? 'Results copied!' : 'Copy failed!'; // Optionally show a temporary message to the user console.log(msg); } catch (err) { console.error('Fallback: Oops, unable to copy', err); } document.body.removeChild(textArea); } // Initial calculation on load if values are present, or just setup defaults document.addEventListener('DOMContentLoaded', function() { // Set initial values and potentially run calculation if needed, or just ensure defaults are set resetCalculator(); // Ensures defaults are applied and results are hidden initially // If you want calculation on load, uncomment the line below: // calculateSoffitFascia(); });

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