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Parking Spaces Formula:
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The Parking Lot Layout Calculator estimates the number of parking spaces that can fit in a given area using the formula NS = (L × W) / SS. It helps in planning and optimizing parking lot designs for various facilities.
The calculator uses the parking spaces formula:
Where:
Explanation: The equation calculates how many standard parking spaces can fit in a given area by dividing the total area by the area required per parking space.
Details: Accurate parking space calculation is crucial for efficient land use, compliance with zoning regulations, and ensuring adequate parking capacity for buildings and facilities.
Tips: Enter the length and width of the parking area in feet, and the required space size per parking spot in square feet. All values must be positive numbers.
Q1: What is a standard parking space size?
A: A standard parking space is typically 9 feet wide by 18 feet long (162 sq ft), but sizes can vary based on local regulations and parking lot type.
Q2: Does this account for drive aisles and circulation areas?
A: No, this calculation provides a theoretical maximum. Actual capacity will be lower due to required drive aisles, turning areas, and accessible spaces.
Q3: How do I account for accessible parking spaces?
A: Accessible spaces require more area (typically 96-132 sq ft additional). Calculate these separately and subtract from total area before calculating standard spaces.
Q4: What about angled parking vs perpendicular parking?
A: Angled parking typically requires less width per space but more length. The calculator uses total area, so you'll need to adjust the space size input based on parking angle.
Q5: How accurate is this calculation for real-world planning?
A: This provides a basic estimate. For actual planning, consult local zoning regulations and consider hiring a professional parking lot designer for optimal layout.