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Problem 14 Space for Parking E212 - Facilities Planning and Design

Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

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Page 1: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Problem 14 Space for Parking E212 - Facilities Planning and Design

Page 2: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Vehicle Parking Design

Procedures:

1) Determine the number of vehicles to be parked

2) Determine the space requirement for each vehicle

3) Determine the available space

4) Determine alternative parking layouts for different parking configurations

5) Modifying alternatives based on any other requirements

6) Select the most suitable layout

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Page 3: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Vehicle Parking Design in Singapore

• The Land Transport Authority (LTA) provides the rules

and guidelines on the requirements for provision of

parking places and spaces

• The Parking Places (Provision of Parking Places and

Parking Spaces) Rules stipulate the minimum number of

parking spaces to be provided for the various land and

building uses, the minimum dimensions of such parking

spaces, circulation aisle, access ramps and other details

on the arrangement of the parking place and spaces –

(From Handbook on vehicle parking provision development

proposals, LTA)

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Page 4: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Car Park Design considerations

• Examples of Minimum Parking Provision Standards:

• Local Zonal Standards (for commercial and entertainment uses)

Zone 1 – City Restricted Zone

Zone 2 – Within 400m radius from rapid transit system (RTS)

Zone 3 – Rest of the Island

• Handicapped Parking

Use Categories Minimum Parking Provision

Standards

Remarks

Junior Colleges 1 car park per 30 day-time staff and

student population

Vocational Institutions 1 car park per 30 day-time staff and

student population

OR

1 car park per 20 night-time staff

and student population

Taking whichever is higher

Polytechnics &

Universities

1 car park per 20 staff and student

population

Using the higher of the day-

time and night time staff and

student population

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Page 5: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Parking Stall Dimensions

Car Parking Lot

The minimum dimensions required of a car

parking stall are as

follows:

Stall width: 2400

Stall length: 4800

Stall length for parallel parking: 5400

All dimensions in mm

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Page 6: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Parking Stall Dimensions

Handicapped Parking Lot

• Dimensions of 4800 mm by 3600 mm

• A firm, level surface without aeration

slabs

• Wherever possible, be sheltered

• Where vehicle parks are required to

be provided, the table on the right

indicates the number of accessible

parking lots for vehicles driven by

persons with disabilities

All dimensions in mm

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Page 7: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Parking Stall Dimensions

Motor-cycle Parking Lot

• Minimum dimensions of motor-cycle parking stall: 800 x 2400

• Preferred dimensions of motor-cycle parking stall: 1000 x 2500

All dimensions in mm

• Motor-cycle parking stalls can be

provided at corners or any available

space within the parking place. They

should not obstruct movement of

other vehicles and pedestrians.

• Recommend to provide gap of

500mm to 1000mm between car and

motorcycle lots.

• LTA does not have a motor cycle

parking provisions, however general

rule of thumb is for every 4 car park

stall there should be 1 motor-cycle

parking stall

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Page 8: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Parking Aisle

• A parking aisle refers to an access lane or driveway with

adjacent parking stalls.

• Parking angle is the angle measured between the longer

side of the parking stall and the line of traffic flow of the

aisle

• Traffic Flow refers to the direction of vehicle movement

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Parking Aisle

Parking Angle

Traffic Flow

Page 9: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Parking Configurations

90o Parking Angled Parking Parallel Parking

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Page 10: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Minimum Width of Parking Aisle

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Page 11: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Typical Parking Aisle Dimensions

All dimensions in mm

30 0 -Angled Parking Aisle

45 0 -Angled Parking Aisle

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Page 12: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Typical Parking Aisle Dimensions

All dimensions in mm 12

60 0 -Angled Parking Aisle

90 0 -Angled Parking Aisle

Page 13: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Other Considerations

• Increasing the area provided for parking decreases the

amount of time required to park

• Angular configurations allow quicker turnover

• Perpendicular parking often yields greater space

utilization, although it also requires wider aisles

• As the angle of a parking space increases, so does the

required space allocated to aisles

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Page 14: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Proposed Solution • Based on parking provision standards,

Day-time classes:

Total staffs and students: 1560

Minimum car stall: 1560/30 = 52

Minimum Handicapped stalls = 2

Reserve stalls = Depends on the layout allowance

Motorcycle stall = Based on rule of thumb of 1 per 4, 52/4 = 13

Night-time classes:

Total staffs and students: 600

Minimum car lots: 600/20 = 30

Minimum Handicapped stalls = 1

Reserve stalls = Depends on the layout allowance

Motorcycle stall = Based on rule of thumb of 1 per 4, 30/4 = 8

Thus, requirement to be based on population of Day-time classes

• The parking stall dimensions should adhere to a standard car size 14

Page 15: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Proposed Solution

15

6.6

0m

.

Motorcycles

RR

A

A

60.00m

A

42.0

0m

5.0

02.50 2.50

3.60

New Campus Extension

R

Ne

w C

am

pu

s E

xte

nsio

n

1.0

01

.00

2.00

6.60

Page 16: Problem 14 Space for Parkingresourcer.yolasite.com/resources/E212-S14-Space.pdfVehicle Parking Design Procedures: 1) Determine the number of vehicles to be parked 2) Determine the

Learning Objectives

• Know the dimensions requirements for different vehicles

in a parking facility

• Layout a parking facility according to government

regulations and guidelines

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