Rows parallel to the front of buildings are recommended where this occurs. Parking rows should be perpendicular to buildings for the safety and convenience of pedestrians, However, perpendicular rows less than 130 feet long are not practical.Parking spaces should be kept within 250 feet of a facility's entrance.This results in a 20 percent increase in lot capacity. The most efficient arrangement is usually for aisles to be parallel to the longest side of the lot.This leaves 464 square feet for the edges of each parking space where people enter and exit their vehicles.

If each row has only one occupant car per row, you will need an aisle between each row equal to twice the width of each car (2 x 8 = 16). If you have 200 parking spaces in your lot, you will need 20 rows (20 x 64 = 1,280) or 3,840 square feet (200 x 64). This allows for adequate room for a vehicle, access to adjacent parking spots, and an aisle for vehicles.

Therefore, one row of parked vehicles requires 64 square feet (8 x 8 = 64). The average size of a car is about 15 feet long, and it takes about 8 feet to park one vehicle lengthwise in a row of parked cars. Standard public-use parking spaces range from 8.5 to 9 x 18 feet, but if there are any special needs like ADA-compliant stalls or bus bays, that number could change. Most parking spaces will have an angle between 30º, 45º, 60º and 90º relative to the curb. The available area for the parking lot and the number of desired spaces determines the configuration of the aisles. The standard parking space is 8.5 feet wide by 18 feet long. The resultant of 10,000 divided by 325 is approximately 30 - meaning the final design of the parking lot should accommodate about 30 vehicles. This allotment will account for traffic aisles, end island/caps, and space between adjacent cars, as well as the entrance and exit lanes. As an example, a lot is 100 feet by 100 feet, which equates to a total square footage of 10,000 square feet. That's why your driveway must be wide enough to accommodate two lanes comfortably - and why it's best not to try making one lane do double duty as both an entrance and exit from the lot.įor planning purposes, as a general rule, assume approximately 300-350 square feet is required per parking space. Parking lots typically range from 300 to 350 square feet per parking stall, including the space required for the stall and drive aisles. Local codes and regulations determine the number and size of parking spaces, but how many areas you can fit in your parking layout depends in part on the dimension of each space.

What configuration you need for the aisles between stallsĮnsure you are aware of any existing standards before beginning your layout.

How much space you should allocate for each spot.

The Layout of Your Parking Lot & Parking Space DimensionsĪ good understanding of the size of your parking spaces and their layout can help you determine three important factors: You need to decide what layout will work best for your lot based on its use in addition to its dimensions. Many factors create a good parking lot layout you need to determine how many spots you need, in addition to the dimensions of lanes and aisles. Well-designed parking lot can be the difference between a smooth and efficient commute and one that feels like a nightmare.

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