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THE RELATIONSHIP BETWEEN DRIVER‟S BACKGROUND AND DRIVER‟S
SPEED PREFERENCES
NURUL FARHANA BINTI NASARRUDIN
Thesis submitted in fulfilment of the requirements
for the award of the degree
of Bachelor Civil Engineering
Faculty of Civil Engineering and Earth Resources
Universiti Malaysia Pahang
JANUARY 2016
vi
ABSTRACT
Nowadays, road accidents are common issues in the newspapers every day. The number
of road accident cases increases year by year in Malaysia. According to statistics by
Malaysian Institute of Road Safety Research, speeding is the second highest (21%)
factors that contribute to crash. The aim of the study are to determine the speed
preferences of the road users based on the environments of the road, to investigate the
relationship between driver‟s background and driver‟s speed preferences, and to
determine the difference between speed preferred by road users and the actual speed
they used. A set of questionnaire was distributed to 90 respondents in University of
Malaysia Pahang which consist of a variety of questions on gender, age, driving
experience, classes of driving license, daily transportation, occupation, distance of
residence to workplace and estimated driving hour for a day to get the driver‟s speed
preferences. A radar gun was used to obtain the actual speed that road users used. The
study areas are located at Federal Road 2 from KM3 until KM27. The result of this
study showed that male drivers prefer to use higher speed compare to female drivers,
the drivers aged below 50 years old prefer to use higher speed than drivers aged above
50 years old, the drivers who have driving license less than 5 years prefer to use slower
speed, licensee for both classes B2 and D prefer to use higher speed compare to single
license holder which is license B2 or D, car drivers prefer to use higher speed than
motorcycle rider, the drivers with longer distance to workplace prefer to use higher
speed and drivers with longer estimated driving hour will choose the higher speed.
Other than that, the driver‟s speed preferences at each point have been identified where
at point 1 is 80-90 km/hr, point 2 is 60-70 km/hr, and point 3 is 50-60 km/hr and lastly
at point 4 is 80-90 km/hr. The result from cumulative frequency based on speed at 85th
percentiles, point 1 is 55 km/hr, point 2 is 90 km/hr, point 3 is 60 km/hr, and point 4 is
85 km/hr. In conclusion, this finding shows that driver‟s background imposed serious
effects towards driver‟s speed preferences. Further research focusing on driver‟s
background could be proposed in order to minimise contributing of speed as crash
factors.
vii
ABSTRAK
Pada masa kini, kemalangan jalan raya adalah isu yang kerap terpapar di akhbar setiap
hari. Jumlah kes kemalangan jalan raya di Malaysia meningkat dari tahun ke tahun.
Mengikut statistik oleh Institut Penyelidikan Keselamatan Jalan Raya, memandu laju
adalah faktor kedua tertinggi (21%) yang menyumbang kepada kemalangan. Tujuan
kajian ini adalah untuk menentukan had laju pilihan pengguna jalan raya berdasarkan
persekitaran jalan, untuk mengkaji hubungan antara latar belakang pemandu dan had
laju pilihan pemandu, dan untuk menentukan perbezaan antara had laju pilihan
pengguna jalan raya dan kelajuan sebenar yang mereka gunakan. Satu set borang soal
selidik telah diedarkan kepada 90 responden di Universiti Malaysia Pahang yang terdiri
daripada pelbagai latar belakang pemandu. Senapang radar digunakan untuk
memperoleh kelajuan sebenar yang digunakan oleh pengguna jalan raya. Kawasan
kajian terletak di Jalan Persekutuan 2 dari KM3 hingga KM27. Hasil kajian ini
menunjukkan bahawa pemandu lelaki lebih gemar menggunakan kelajuan yang lebih
tinggi berbanding dengan pemandu wanita, pemandu yang berumur di bawah 50 tahun
lebih gemar menggunakan kelajuan yang lebih tinggi daripada pemandu berusia 50
tahun ke atas, pemandu yang memiliki lesen memandu kurang daripada 5 tahun lebih
gemar meggunakan kelajuan yang lebih perlahan, pemegang lessen bagi kedua-dua
kelas (B2 & D) lebih gemar menggunakan kelajuan yang lebih tinggi berbanding
dengan pemegang lessen tunggal dimana lessen B2 atau D, pemandu kereta memilih
untuk menggunakan kelajuan yang lebih tinggi berbanding penunggang motosikal,
pemandu dengan jarak yang lebih jauh ke tempat kerja lebih suka menggunakan
kelajuan yang lebih tinggi, dan pemandu yang memandu dengan lebih lama memilih
kelajuan yang lebih tinggi. Selain itu, pilihan kelajuan pemandu pada setiap titik telah
dikenal pasti di mana pada titik 1 adalah 80-90 km/jam, titik 2 adalah 60-70 km/jam,
dan titik 3 adalah 50-60 km/jam dan akhir sekali pada titik 4 adalah 80-90 km/jam.
Hasil dari kekerapan kumulatif berdasarkan kelajuan di persentil ke-85, titik 1 adalah 55
km/jam, titik 2 adalah 90 km/jam, titik 3 adalah 60 km/jam, dan titik 4 adalah 85
km/jam. Kesimpulannya, kajian ini menunjukkan bahawa latar belakang pemandu
memberi kesan yang serius terhadap had laju pilihan. Kajian lanjutan yang tertumpu
kepada latar belakang pemandu boleh dicadangkan untuk mengurangkan penglibatan
had laju sebagai faktor kemalangan.
viii
TABLE OF CONTENT
Page
SUPERVISOR’S DECLARATION ii
STUDENT’S DECLARATION iii
DEDICATION iv
ACKNOWLEDGEMENT v
ABSTRACT vi
ABSTRAK vii
TABLE OF CONTENT viii
LIST OF TABLES xii
LIST OF FIGURE xiv
CHAPTER 1 INTRODUCTION
1.1 Introduction 1
1.2 Problem Statement 2
1.3 Objectives 3
1.4 Scope of Study 3
1.5 Significance of Study 4
CHAPTER 2 LITERATURE REVIEW
2.1 Road Traffic Accident Worldwide 5
2.2 Road Accident in Malaysia 6
2.3 Speed 8
2.3.1 Speed Limit 8
2.3.2 Basic of Speed Limit 10
2.4 Why Do People Speed? 11
2.5 Speed Preferences 12
2.5.1 Factors Influencing Speed Preferences 13
2.6 Driver‟s Background 14
2.6.1 The Driver‟s Gender 15
ix
2.6.2 The Driver‟s Age 16
2.6.3 Driving Experience 18
2.6.4 Types of Vehicles 19
2.6.5 Types of License 20
CHAPTER 3 METHODOLOGY
3.1 Introduction 22
3.2 Research Flow Chart 22
3.3 Data Collection 24
3.3.1 Data Collection from Questionnaire 24
3.3.3 Data Observed On the Road 24
3.4 Criteria for Selection of Study Area 24
3.5 Development of the Questionnaire 27
3.5.1 Formation of the Questionnaire 28
3.5.1.1 Part A of the Questionnaire 29
3.5.1.2 Part B of the Questionnaire 29
3.6 Respondent Selection 29
3.7 Method to Observe Spot Speed 30
3.8 Procedure to Observe the Spot Speed 30
3.8.1 Factors That Can Affect the Spot Speed Data 30
3.8.2 The Selection of Location to Observe Spot Speed 31
3.8.3 The Time Selection 31
3.9 Data Analysis of Questionnaire 31
3.9.1 Method of Statistic Analysis Using Ms Excel 32
3.9.2 Method of Statistic Analysis Using SPSS 32
3.10 Data Analysis of Spot Speed 33
3.11 Conclusion 34
CHAPTER 4 RESULT AND ANALYSIS
4.1 Introduction 35
4.2 Respondents Background 35
4.3 Speed Preferences of Point 1 43
x
4.4 Speed Preferences of Point 2 57
4.5 Speed Preferences of Point 3 71
4.6 Speed Preferences of Point 4 85
4.7 Actual Speed by Road Users 99
4.8 Summary 105
CHAPTER 5 DISCUSSION
5.1 Introduction 107
5.2 Speed Preferences of the Road Users Based On 107
The Environment of the Road
5.3 Speed Preferences 108
5.3.1 Speed Preferences Based On Gender 108
5.3.2 Speed Preferences Based On Age 109
5.3.3 Speed Preferences Based On Driving 110
Experience
5.3.4 Speed Preferences Based On Classes 111
Of Driving License
5.3.5 Speed Preferences Based On Daily 112
Transportation
5.3.6 Speed Preferences Based On Occupation 112
5.3.7 Speed Preferences Based On Distance to 113
Workplace
5.3.8 Speed Preferences Based On Estimated 113
Driving Hour for a Day
5.4 The Difference between Speeds Preferred By 114
Road Users and the Actual Speed They Used
CHAPTER 6 CONCLUSION AND RECOMMENDATIONS
6.1 Introduction 116
6.2 Conclusion 116
6.3 Problem Encountered 117
6.4 Recommendations 118
xi
REFERENCES 119
APPENDIX
A Sample of Questionnaire 124
xii
LIST OF TABLES
Table No. Title Page
1.0 Crash contributor‟s factors 2
2.1 General accident data in Malaysia (1995-2012) 6
2.2 Police accident statistic 2009 18
2.3 Types of license in Malaysia 20
4.1 Descriptive gender of road user 35
4.2 Descriptive age of road user 36
4.3 Descriptive driving experience of road user 37
4.4 Descriptive class of driving license of road user 38
4.5 Descriptive daily transportation of road user 39
4.6 Descriptive occupation of road user 40
4.7 Descriptive distance to workplace of road user 41
4.8 Descriptive driving hours of road user 42
4.9 Speed preferences at point 1 of the road users 44
4.10 Speed preferences at point 1 based on gender 45
4.11 Speed preferences at point 1 based on age 47
4.12 Speed preferences at point 1 based on driving experience 48
4.13 Speed preferences at point 1 based on class of driving licence 50
4.14 Speed preferences at point 1 based on daily transportation 51
4.15 Speed preferences at point 1 based on occupation 53
4.16 Speed preferences at point 1 based on distance to work place 54
4.17 Speed preferences at point 1 based on driving hours 56
4.18 Speed preferences at point 2 of the road users 57
4.19 Speed preferences at point 2 based on gender 59
4.20 Speed preferences at point 2 based on age 60
4.21 Speed preferences at point 2 based on driving experience 62
4.22 Speed preferences at point 2 based on class of driving licence 63
4.23 Speed preferences at point 2 based on daily transportation 65
4.24 Speed preferences at point 2 based on occupation 66
4.25 Speed preferences at point 2 based on distances to work place 68
xiii
4.26 Speed preferences at point 2 based on driving hours 70
4.27 Speed preferences at point 3 of the road users 71
4.28 Speed preferences at point 3 based on gender 73
4.29 Speed preferences at point 3 based on age 74
4.30 Speed preferences at point 3 based on driving experience 76
4.31 Speed preferences at point 3 based on class of driving licence 77
4.32 Speed preferences at point 3 based on daily transportation 79
4.33 Speed preferences at point 3 based on occupation 80
4.34 Speed preferences at point 3 based on distance to work place 82
4.35 Speed preferences at point 3 based on driving hours 84
4.36 Speed preferences at point 4 of the road users 85
4.37 Speed preferences at point 4 based on gender 87
4.38 Speed preferences at point 4 based on age 88
4.39 Speed preferences at point 4 based on driving experience 90
4.40 Speed preferences at point 4 based on class of driving licence 91
4.41 Speed preferences at point 4 based on daily transportation 93
4.42 Speed preferences at point 4 based on occupation 94
4.43 Speed preferences at point 4 based on distance to work place 96
4.44 Speed preferences at point 4 based on driving hours 98
4.45 Actual speed by road users at point 1 99
4.46 Actual speed by road users at point 2 101
4.47 Actual speed by road users at point 3 102
4.48 Actual speed by road users at point 4 104
xiv
LIST OF FIGURES
Figure No. Title Page
2.1 Road traffic death by type of road user 5
2.2 Factors that contribute to road accident 7
2.3 Malaysian speed limit 9
2.4 Malaysian speed limit for heavy and light vehicle in highway 9
2.5 Statistics of road crash between male and female 16
2.6 Percentage of drivers in speeding-related with driver age 17
2.7 Statistical report road accident Malaysia 19
2.8 Statistic of motorcycles fatality cases 21
3.1 Research flow chart 23
3.2 The road in front of Giant 25
3.3 The area in front of BH Petrol Pump 26
3.4 The area in front of SMK Paya Besar 26
3.5 The area in front of Restaurant Zaman 27
3.7 Microsoft Excel 2010 32
4.1 Descriptive gender of road user 36
4.2 Descriptive age of road user 37
4.3 Descriptive driving experience of road user 38
4.4 Descriptive class of driving license of road user 39
4.5 Descriptive daily transportation of road users 40
4.6 Descriptive occupation of road user 41
4.7 Descriptive distance to workplace of road user 42
4.8 Descriptive driving hours of road user 43
4.9 Speed preferences at point 1 of the road users 44
4.10 Speed preferences at point 1 based on gender 46
4.11 Speed preferences at point 1 based on age 47
4.12 Speed preferences at point 1 based on driving experience 49
4.13 Speed preferences at point 1 based on class of driving licence 50
4.14 Speed preferences at point 1 based on daily transportation 52
4.15 Speed preferences at point 1 based on occupation 53
xv
4.16 Speed preferences at point 1 based on distance to work place 55
4.17 Speed preferences at point 1 based on driving hours 56
4.18 Speed preferences at point 2 of the road users 58
4.19 Speed preferences at point 2 based on gender 59
4.20 Speed preferences at point 2 based on age 61
4.21 Speed preferences at point 2 based on driving experience 62
4.22 Speed preferences at point 2 based on class of driving licence 64
4.23 Speed preferences at point 2 based on daily transportation 65
4.24 Speed preferences at point 2 based on occupation 67
4.25 Speed preferences at point 2 based on distances to work place 69
4.26 Speed preferences at point 2 based on driving hours 70
4.27 Speed preferences at point 3 of the road users 72
4.28 Speed preferences at point 3 based on gender 73
4.29 Speed preferences at point 3 based on age 75
4.30 Speed preferences at point 3 based on driving experience 76
4.31 Speed preferences at point 3 based on class of driving licence 78
4.32 Speed preferences at point 3 based on daily transportation 79
4.33 Speed preferences at point 3 based on occupation 81
4.34 Speed preferences at point 3 based on distance to work place 83
4.35 Speed preferences at point 3 based on driving hours 84
4.36 Speed preferences at point 4 of the road users 86
4.37 Speed preferences at point 4 based on gender 87
4.38 Speed preferences at point 4 based on age 89
4.39 Speed preferences at point 4 based on driving experience 90
4.40 Speed preferences at point 4 based on class of driving license 92
4.41 Speed preferences at point 4 based on daily transportation 93
4.42 Speed preferences at point 4 based on occupation 95
4.43 Speed preferences at point 4 based on distance to work place 97
4.44 Speed preferences at point 4 based on driving hours 98
4.45 Actual speed by road users at point 1 100
4.46 Average speed of road users at point 1 100
4.47 Actual speed by road users at point 2 101
4.48 Average actual speed by road users at point 2 102
xvi
4.49 Actual speed by road users at point 3 103
4.50 Average actual speed by road users at point 3 103
4.51 Actual speed by road users at point 4 104
4.52 Average actual speed by road users at point 4 105
CHAPTER 1
INTRODUCTION
1.1 INRODUCTION
In Malaysia, road is one of the important aspects in transportation sector. The
field of transportation plays a significant role in coordinating all countries‟ development
programme. In fact, the rise in human activities indirectly increases the demand for
various types of vehicles. Simultaneously, the number of vehicles on the road is also
increased and this can be seen from it‟s rapid growth every year.
Transportation is a necessity for human movement that needs to be owned and
being the main basis in one‟s daily life. In this era, an increase in number of vehicles in
Malaysia has directly led to various issues and problems regarding to traffic particularly
in road crashes. Road crashes are one of the major problems of this country involving
various socio-economic aspects. Loss of human life among road users is a big loss in
earnings of human resources in addition to the damage and loss of property.
In Malaysia, speed limit is displayed at road shoulders. The speed limit is
designed based on several factors and it is ranging from 10 km/hr to 110 km/hr. Based
on the explanation by the Minister of Works, the determination of speed limit either on
the road or highway is determined by several factors such as road engineering design,
density of traffic flow and the level of risk of accident. Hence, there are absolutely
certain locations where the speed limit has to be reduced as compared to the rate of the
national speed limit, which is 110 km/hr on highways and 90 km/hr in Federal Road.
2
However, it is also expected that driver‟s preferences played an important role in
determining speed limit. The driver‟s preferences on the road area will affect the chosen
speed. For example, drivers are believed to use lower speed in the urban area compared
to rural area. This is due to development and existence of buildings in the urban area.
Thus, the driver has to control the movement in accordance with the rules of the road.
Sometimes drivers preferred to speeding and it can contribute to crashes. According to
statistics by Malaysian Institute of Road Safety Research, speeding is the second highest
factor that contributes to car crashes.
Table 1.0: Crash contributor‟s factors
Main crash contributing factors out of the 439 cases Number %
Risky Driving 121 28
Speeding 93 21
Fatigue 70 16
Safety, Health and Environment 38 9
Road Defects 36 8
Driving Under the Influence 24 5
Brake Defects 20 5
Conspicuousness 18 4
Overloading 11 3
Type Defects 14 3
Source: MIROS
Table 1.10 show speeding is the second highest factor that contributes to car
crashes with 21%.
1.2 PROBLEM STATEMENT
The main goal of driving is to reach to a destination. In the decision-making
process to achieve this goal, driver‟s behaviour will play a significant role. These days,
road accidents can be found as common issues in the newspapers and daily news
3
bulletin. The number of road accident cases increases year by year in Malaysia.
According to statistics by Malaysian Institute of Road Safety Research, speeding is the
second highest factor that contributes to car crashes with 21%.
Sometimes, drivers tend to give minor attention to speed limit signs and also
drive exceeding the speed limit. Excessive limit is defined as exceeding the speed limit
or over the speed limit. It means the drivers drive at inappropriate speed which is not
suitable for prevailing road and traffic conditions. Other than that, some drivers tend to
reduce speed when they are near to the enforcement area and for only a short period of
time. Based on research Ryeng (2011), drivers will reduce their speed when the level of
police enforcement increases. To overcome this problem the speed preferences of the
road users based on environment of the road will be determined and the relationship
between driver‟s background and driver‟s speed preferences will be investigated. The
results of this study would benefit Polis Diraja Malaysia (PDRM) and Jabatan
Pengangkutan Jalan (JPJ). They can use the information from this study to monitor
drivers who are driving beyond the speed limit.
1.3 OBJECTIVES
The objectives of this study are:
1) To determine the speed preferences of the road users based on the environment
of the road.
2) To investigate the relationship between drivers‟ background and driver‟s speed
preferences.
3) To determine the difference between speed preferred by road users and the
actual speed they used.
1.4 SCOPE OF STUDY
i) This study involves University Malaysia Pahang (UMP) community only.
ii) The speed limit data is collected within Gambang Town and Kuantan Town
(Federal Road 2) from KM 3 until KM 27.
4
iii) The data were obtained during traffic flow in normal condition including peak
hours and at day time.
iv) Weather factors are also considered in the study because the study will not be
conducted during rainy day. It is because it will affect the way of driving.
1.5 SIGNIFICANCE OF STUDY
Since speeding is related with road crashes, the results from this research can be
implemented as indicator for reducing number of road crashes and speeding cases in
Malaysia by Polis Di Raja Malaysia (PDRM) and Jabatan Pengangkutan Jalan (JPJ).
This study also determine the actual speed road users used that have higher risk for
speeding cases based on the statistical analysis.
CHAPTER 2
LITERATURE REVIEW
2.1 ROAD TRAFFIC ACCIDENT WORLWIDE
Road traffic accident is a vehicles collision whether between vehicles, between
vehicle and pedestrian, vehicle and animal, or a single vehicle by itself overturned on
the road. Road crash can also be defined as an unplanned incident and the incident that
cannot be controlled where the action and response to the object or human until cause
injury (Heinrich et al., 1980). Nowadays, road traffic accident can be classified as
among the leading causes of death. A study by World Health Organization (2004) stated
that road crashes are the second leading cause of death globally. Other than that,
approximately 1.24 million people died on the road in the world each year.
Figure 2.1: Road traffic death by type of road users
Source: WHO
31%
23%
5%
22%
19%
WORLD
Car occupants
Motorized 2-3wheelers
Cyclists
Pedestrians
Other
6
2.2 ROAD ACCIDENT IN MALAYSIA
In Malaysia, road traffic accident has also becomes a severe problem. According
to the statistic from Malaysian Institute of Road Safety Research (MIROS), the rate of
road accidents occurred in year 2010 is 414,421 accidents. 2 years later in 2012, the rate
of road accidents expanded to 462,423 accidents that increasing by 10.38% from the
previous rate. Other than that, according to statistic of road traffic accident from World
Health Ranking, Malaysia was ranked 20th
in world with 34.5% of road traffic accident.
Table 2.1: General accident data in Malaysia (1995-2012)
Year Population Vehicle
Registered
Vehicle
Involved
Road
Length
Road
Accidents
Road
Casualties
Road
Deaths
Vehicles
Ownership
(Person
per
vehicle)
1995 20,096,700 6,802,375 275,430 62,221 162,491 52,152 5,712 3.0
1996 21,169,000 7,686,684 325,915 64,511 189,109 53,475 6,304 2.8
1997 21,665,600 8,550,469 373,526 66,108 215,632 56,574 6,302 2.5
1998 22,179,500 9,141,357 366,932 66,741 211,037 55,704 5,740 2.4
1999 22,711,900 9,929,951 390,674 67,069 223,166 52,937 5,794 2.3
2000 23,263,600 10,598,804 441,386 68,770 250,429 50,200 6,035 2.2
2001 23,795,300 11,302,545 483,351 74,217 265,175 50,473 5,849 2.1
2002 24,526,500 12,068,144 507,995 74,641 279,711 49,552 5,891 2.0
2003 25,048,300 12,819,248 555,634 79,667 298,653 52,741 6,286 2.0
2004 25,580,000 13,828,889 596,533 71,814 326,815 54,091 6,228 1.8
2005 26,130,000 15,026,660 581,136 71,814 328,264 47,012 6,200 1.7
2006 26,640,000 15,790,732 635,024 72,781 341,252 35,425 6,287 1.7
2007 27,170,000 16,813,943 668,173 73,032 363,319 33,999 6,282 1.6
2008 27,730,000 17,971,901 671,078 73,419 373,071 32,274 6,527 1.5
2009 28,310,000 19,016,782 705,623 100,002 397,330 31,417 6,745 1.5
2010 28,920,000 20,188,565 760,433 111,378 414,421 28,269 6,872 1.4
2011 29,000,000 21,401,269 817,151 127,517 449,040 25,570 6,877 1.4
2012 29,300,000 22,702,221 777,817 127,517 462,423 24,439 6,917 1.3
Source: MIROS
Based on a survey done by MUFORS (Malaysian Unite for Road Safety), 61.1%
of respondents agreed that most of road crash takes place because of driver‟s attitude.
Besides, based on the statistics by Polis Diraja Malaysia (PDRM), they found 85.7% of
road crash happened because of human factor, 10.6% because of road condition and
environmental while the other 3.7% comes from the vehicle itself.
7
Other than that, based on the research by Transport and Road Research
Laboratory, TRRL (1991), the main factor that contributes to road crash is caused by
human error with 94.75% while 28% of road crash caused by road environment and the
other 8.5% of road crash caused by vehicle itself.
Figure 2.2: Factors that contribute to road accident
Source: TRRL (1991)
Speeding also is the leading killer. The vehicles involved in road crash are the
vehicles driven with higher speed limit as compared to the other vehicles. The
increasing in speed limit can give an effect to the crash that could cause injury (Brown
& Cotton, 2003).
Persekitaran Jalan Raya Pengguna Jalan Raya Kenderaan
28% 94.75% 8.5%
2.5% 65% 2.5%
24% 4.5%
1.25%
0.25%
8
2.3 SPEED
Speed unit is defined as the rate of movement for vehicles in distance per unit
time. Speed unit normally used as kilometres per hour. Based on research by Roshandeh
et al. (2009) speed is an important consideration that is related to the transportation
safety, time, comfort, convenience and economics.
2.3.1 Speed Limit
Speed limit is the maximum speed that is used on that particular road. Speed
limit is the maximum speed that is permissible and legal where drivers drive along
certain sections of road under the conditions of the road to have a good trip (WHO,
2008). Therefore, all the prescribed speed limit used by drivers on that particular road is
based on the study and research done by highway and transport engineer towards that
area.
In Malaysia, National Speed Limits (Had Laju Kebangsaan) is a set of speed
limits applicable on Malaysian Expressway, federal roads, state roads and municipal
roads. On 1 February 1989, the National Speed Limits was enforced by following
National Speed Limit Orders, 1989 (Perintah Had Laju Kebangsaan, 1989). The drivers
who drive exceeds the speed limit would be compounded up to RM300. As stated by
National Speed Limits (starting from 1989), the speed limit for federal road is 90 km/hr,
60 km/hr for state road and 110 km/hr for highway. Moreover, the speed limit for heavy
vehicles is 80-90 km/hr at highway while 70-80 km/hr at federal and state road.
Nevertheless, Polis Diraja Malaysia had given leniency to the drivers with the added
speed (10 km/hr) from the speed limit on the road before the summons of speed traps
recorded.
9
Figure 2.3: Malaysian speed limit
Figure 2.4: Malaysian speed limit for heavy and light vehicle in highway
Drivers are obliged to follow minimum and maximum speed limit which have
been set (Texas of Engineering Department of Traffic Division TEDTD, 2005). If the
drivers are not following the speed limit which has been set, the drivers should be
summoned by the authorities.
10
2.3.2 Basic of Speed Limit
There are 4 types of speed limit which can be enforced on road or highway:
1) Maximum speed limit – the highest speed allowed on the road or highway.
Driving with the exceed of the maximum speed limit will cause the vehicle to
lost control and at the same time trigger road accidents.
2) Minimum speed limit – the lowest speed allowed on the road or highway.
Driving less than the minimum speed limit will likely lead to road accidents
caused by collision with vehicle from the back.
3) Recommended speed limit – the maximum speed recommended for safe driving.
The speed limit is enforced in most of the German Highway since most of the
highway in Germany not set to a maximum speed limit. The drivers are allowed
to drive exceeding the recommended speed limit but in the event of accident, the
driver cannot claim for damages resulting from the accident from the insurance
company respectively.
4) Variable speed limit – the speed limit can be changed according to season,
weather and road conditions. Variable speed limit is usually used in some
countries during winter and at the time, the usual or original speed limit will not
be used temporarily.
It is compulsory for drivers to follow the speed limit that has been set either the
maximum or minimum speed. The speed limit was established to reduce the risk of road
accidents. The speed limit will also be more useful and meaningful if the driver
complies with the stipulated speed limit. (Manual on Uniform Traffic Control Devices,
MUTCD, 2009)
11
2.4 WHY DO PEOPLE SPEED?
Various programmes have been implemented by the Government to reduce road
accidents such as “Ops Pacak”, “Ops Sikap” and “Ops Statistik”. But many accidents
are still occurring. According to the Minister of Transportation, Dato‟ Seri Kong Cho
Ha, the situation on the road is very pathetic. This is because the Government has spent
nearly RM 9 billion into various safety campaigns. Reminder “Berhati-hati di Jalan
Raya”, “Patuhi Had Laju”, “Kelajuan Membunuh”, and the slogan “Pandu, Tunggang
dan Jalan dengan Selamat” as well as “Anda Mampu Mengubahnya” stimulates the
mind of road users to be careful while driving on the road. But in reality, road users in
Malaysia are still careless, negligent and forgetful though they are provided richly with
commemorative boards and slogans along the way.
Speeding can be related with driving with excessive speed limit. Speeding is the
main contributor to the crash with 12% from the total crash and 28% from the total fatal
crash (Mosedale et al., 2004). Nowadays speeding is considered as a normal matter on
the road. This is because too many news were exposed by mass media about speeding
car that ended up with crash. An example could be demonstrated by the current news
about the crash between Myvi cars and Pajero sport car. That crash is a result because
the Myvi cars speeding and causes 3 people dead (Fardy Bungga, Harian Metro, Mei
2015).
There are some factors why do people speed, such as they like to drive fast, they
are in bad mood, and they do not realize that they were speeding as well as they were
being selfish and impatient. Based on the research by INRETS (2004), they stated that
the thrill and achievement can be felt by driving fast. Some drivers feel that by driving
fast, they can feel more satisfaction. Usually, young drivers are more likely to speed
because of the age factor. In 2002 at Australia, 80 percent of young drivers died in
motor vehicle crash (Australian Transport Safety Bureau, 2003). Other than that, based
on research by Thoma (1993), drivers could not estimate the proper speed limit when
driving with the inappropriate speed limit and they cannot predict that the risk during
raining can lead to road crash.
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2.5 SPEED PREFERENCES
Speed preferences are speed that drivers prefer to use on the road or highway.
Driver‟s speed preferences or driver‟s speed choice means the driver‟s decision to travel
at a selected rate of motion (Ahie, 2014). In other word, speed preferences are the speed
where the drivers will decide to use for their ride. Driving speed preferences is an
important issue in traffic research (Haglund & Aburg, 2002). It is because the
relationship between greater risks and severe consequences when an accident occurs is
the reason for the need of studying speed preferences. Speed may be further constrained
by the drivers themselves in choosing to drive at any speed they consider safe and
comfortable (Kenallaidis, 1995)
There are a few different reasons for driver‟s speed preferences when driving
such as money saving on fuel, driving safety, driving for fun or casual driving. Other
than that, based on the research by Haglund (2011), speed preferences is one of the
characteristics of driver‟s behaviour. The driver will choose the speed that they find
appropriate during the driving. Higher speed tends to cause accidents because
sometimes the speed choice is not suitable for use. Therefore, the driver‟s judgement
about appropriate speed is important for the speed preferences.
Based on research conducted by Ahie et al. (2015) there is a huge difference
between the speed preferences for the purpose of different driving. The highest speed
could occur when a driver is driving for fun and the lowest speed is chosen when the
goal is for economical purpose. Furthermore, every driver has different speed choice,
such as the case when a driver thought that their usual speed is based on the safe speed
that they believed. For example, a driver would not speed if they find it dangerous in
doing so because their feeling of risk would lead them to be moderate in choosing the
speed. Other drivers also indicated that they usually drive even slower than the speed
that they thought was safe. So, it shows that the usual speed utilized was influenced by
the driver‟s speed choices.