You must know the tire in your car. In fact, you are at risk if you don’t know the tires that move you around, l personally asked some drivers or motorist two or more questions about their car tires but, their response to my questions show to me that their car tires may put them at risk or bring to them untimely death. Why? It is because they lack adequate knowledge on the tires that move them around.
It is unfortunate that most drivers don’t have any vital information on the round black objects that move them around. Such motorists or drivers may pose a high risk on themselves and other road users that is why it is important for you as a motorist to know much about the tires on your car. Here is some of the important information you need to know:
M/S; M+S; MS or M&S: When you see any of these letters on your tire it means such tire has the ability to move your vehicle on a snow and muddy area, with these letters on your tires show that the tires meet the Rubber Manufacture Association guidelines for mud and snow tire.
The Tire Width: 235 is the width of a tire measure in millimeters (mm). It is usually measure from sidewall to sidewall. However, the measurement is determined by the size of the rim.
The Tire Aspect Ratio: Aspect ratio is a number that shows the height of the tire from the head to the top of the tread. This is always expressed in percentage of the width. For example, if the aspect ratio of a tire is 75 then the height of the tire is 75% of the given width i.e. (7 5×235/100) =176.25mm. Therefore, the aspect ratio is 175.25mm; hence, the smaller the aspect ratio the wider the tire in relation to is height.
The Tire Traction: Tire traction is usually rated as AA; A; B or C. AA is the highest grade in the rating follow by A, B and C respectively. This rating base on the tire ability to stop a car on wet concrete or asphalt, however, when you see a tire carrying any of these letters on its sidewall, it is simply, showing the tire traction ability of the tire. It is usually written like this on the tire Traction AA; Traction A; Traction B or Traction
Temperature: The tire temperature rating is a measure of how well the tire dissipates heat and how well it handles the buildup of heat. The temperature grade is applied to a properly inflated tire that is not over loaded. However, overloading, under inflation or excessive speed are all notable factors that can make your tire to build up heat and excessive heat build up on your tire can cause your tire to wear out faster and it may even lead to tire failure. It is important to note that, tire temperature is usually rated as A, B or C. So when you check the side wall of your tire and you see any of these following: Temperature A or Temperature B or Temperature C. It simply shows you the temperature ability of the tire.
The Tread Wear: First and foremost, please note that the higher the tread wear number the longer you can expect the tread to last. Before the tread numbers can be generated, the tire must be tested in controlled conditions on government test track. However, since no one will be expected to drive his or her own car
on exactly, the same surface at the same speed as the government testing track then, the numbers are not accurate indicator of how long your tread will actually last, but it is a good relative measure, therefore you can expect the tire that carries or has lager number to last longer than the one with smaller number. However, the tread wear number is usually written on the tire side wall like this: Tread wear 440 etc.
Service Description: The service description of a tire consists of two major areas which are Load rating and Speed rating.
Load Rating: This is also a number correlates to the maximum load rated for the tire. It shows to us the maximum Kg that a tire can carry. Therefore, a higher number means that the tire has the higher loading capacity. Nevertheless, a separate note on the tire usually written after the loading rating indicates the loading rating of your tire at a given inflation pressure. E.g.
Max. Load 880 kg
(35-psi) Max. Press. Standard load
This is an example of how the load rating and the recommended air pressure are written on your tires.
Speed Rating: The letter that follows the load rating indicates the maximum speed allowable for such tire as long as the weight is at or below the rated load. For instance, letter S indicates that the tire can handle speed up to 112 mph i.e. (180.246 kph).
The Tire Manufacturing Date: Whenever you want to buy or get a new tire, one of the first things you need to consider or look for is the manufacturing date of the tire you want to buy. This is because a tire is expected to expire after six (6) of its production or manufacturing date. It does not matter whether such tire is used or not, a tire expires after six (6) year of production. Why? It is because tires deteriorate naturally day after day and at the expiration of six (6) years the quality of such tires must have reduced drastically. Hence, it is possible to buy a brand new tire that has not been used before which is indeed an expired tire from the store or seller, that is why you need to check the manufacturing date of the tire before buying it.
How to Check a Tire Manufacturing Date: If you do not know how to check the date from the sidewall of a tire you may end up buying an expired tire. However, the tire manufacturing date is usually different from the common way we are used to write date of an event. For example the date is usually written like this (1012) or (1314) or (3613) etc. However, it is important to note that the first two figures refer to the week of production while the last two figures refer to the year of production. For instance, (1012) means 10th (tenth) week of the year 2012, (3613) means 36th week of the year 2013, etc. Therefore, if the manufacturing date of a tire is (1314) such tire is expected to expire after six (6) years of the said date which is (1320).
Transport economics is one of the most interesting courses I underwent as a university undergraduate in the department of Transport Planning and Management. It is a comprehensive economic knowledge that focuses on efficient transport operation with less expenditure in order to strengthen the nation’s economy.
Transport history reveals that transport, as it were, is as old as the existence of man’s creation on earth. Then, the personal and biological responsibility of man to search for his needs, mostly his daily food, could not be fully realized without an element of transport for his mobility; and the only relevant means of transport then was walking. Till now, walking still remains an indispensable and unique means of mobility. Truly speaking, it is difficult, if not impossible, to see a man who would engage in any activity without walking or without the use of any transport element.
However, a report of the economic activities of any given country is not complete without notable reference to the impact of transportation on the nation at large. The various demands for transport and the supply of transport facilities or resources such as road transportation network, rail tracks, ports as well as vehicle and vessels to meet such demands play a notable part in building and strengthening both rural and urban economy. It is also a notable factor in the development of other resources. These explain the need for transport economics.
In addition, the activities through which goods and services are produced, sold and bought within and outside a country cannot be possible without the element of transportation. Transportation gives undeniable support to production and trade in any region of a nation; therefore, the significance of transport economics cannot be overlooked in building a nation’s economy.
What is Transport Economics?
In economics, there are various areas of knowledge developed to solve various economic problems in different disciplines with the main focus to strengthen the national economy. For better understanding, these developed areas of economic knowledge are worthy of mention, and they include Industrial Economics, Agricultural Economics, National Economic Planning, Public Finance Economics, International Economics, Behavioural Economics, Ecological Economics, Environmental Economics, Health Economics, Information Economics, Monetary Economics, Population Economics, Urban Economics, among others. However, the question still remains: What is Transport Economics?
Transportation is concerned with the movement of people, goods and services from one place to another; while economics on the other hand is concerned with resources allocation. Therefore, transport economics is concerned with the careful allotment and efficient use of transport resources to meet various specific transport demands in the society or within an organization.
Transport economics aims to find maximum-value-use and less expenditure of all transport resources and infrastructure such as roads, vehicles, rail tracks, vessels, ports, railway stations, rail yards, signal systems, ships, airports, traffic control systems, etc., to meet particular or various transport demands.
The transport sector is faced with various factors that could affect its growth such as congestion, competition, shortage and poor infrastructure, political barrier, to mention a few. Hence, the need to apply economics as an effective means to tackle the various factors that can inhibit the growth of the transport sector becomes inevitable.
In essence, transport economics is a mechanism or tool that can be used to ensure the efficient use of different modes of transport so as to have better advantage from transportation and to strengthen the economy of a nation at local, regional, national and international levels.
In the world today, the transport sector remains the largest employer of labour as well as the largest industrial sector in the world, yet there are various problems that the transport industries and the transport consumers encounter during transport operations such as: high cost of freight transportation, rise and fall of air transport fares, keen competition and struggle to survive among transport industries of the same mode, high cost of aircraft fuel, undue cargo delay at seaport, undue passenger queue and delay at airport, bus stop and train station, high cost of running transport industry, to mention but few. However, it is noteworthy that transport economics is that branch of economics that provides strategic solution to these problems.
In order to gain maximum benefits from the transport sector and its operations, transport economics provide optimal economic management techniques to transport operations, organizational decision making, freight and passenger transportation, scientific organization of labour and wages, economic methods for measuring expenditures and economic impact or results in transport operation, etc. to the operation of all transport modes. These include rail transport, air transport, maritime transport, river transport, road transport and pipelines transport.
Transport economics is the area of economic knowledge designed to improve transportation. Transport economics experts develop scientific transport recommendations that can be extensively used to solve important transport problems and also help to relieve the transport system or sector of excessive work with little impact.
Importance of Transport Economics and Skills
Transport economics experts acquire the ability to collect, analyze, organize and critically evaluate information pertaining to the transport industry.
Experts in transport economics also acquire the ability to identify and solve transport issues through creative thinking.
Transport economics experts are trained to evaluate economic policies that affect the transport sector.
Transport economics helps to understand political barriers that can inhibit transport operations.
Transport economics also contribute to economic development of a nation through job creation.
Transport economics makes economic activities possible through the efficient use of transport and also serves as a branch of economic knowledge to boost transport operations.
Transport economics can be used to support full multimodal transport operations and to also enhance transport capital development projects such as ports, rail track network, railway stations, among others.
Transport economics experts are equipped with training, skills and experience which enable them to identify the best measures to achieve certain transport goals or targets.
Transport economics ensures that the comprehensive benefits of transport investment accrues to all transport users rather than only direct users which has been the common practice in some transport sectors with a limited focus that ignores many potential benefits for transport users or transport service consumers at large.
It is important to stress that transport economics as a branch of knowledge in the field of economics is also designed to provide transport support to other economic branches of knowledge like Industrial Economics, Agricultural Economics, Health Economics, Labour Economics, etc. Hence the saying, ‘The thumb is a little finger that touches the other fingers’. Indeed, transport economics is a thumb that touches other areas of economic knowledge for efficiency.
Transport economics unit in any organization may also be concerned with providing reliable measures supported by quality data gathered to provide a sound basis for decision-making.
Transport economics unit can also undertake the task of combining and comparing results from different economic evaluation and estimation techniques so as to use as a tool for proper transport operation planning and management.
Transport economics unit can be saddled with the responsibility of conducting economic analysis of transport impacts and cost benefits assessment from types of investments made on transportation as well as measuring the effects on transport users.
In conclusion, transport infrastructure and transport providers are two key important factors for the transport sector to function. However, due to the increase in demand for transport services, there is also an increase in problems associated with transport services such as congestion, pollution, road accident, rail collision, rail derailment, cargo delay, etc. Therefore, the need to understand and to satisfy the high demand for transport services while reducing the expenditures and its associated risks to the barest minimum makes transport economics to remain most crucial.
There are different modes of transport viz: Rail transportation, Sea Transportation, Air transportation, Road transportation and Pipeline transportation. However, in road transportation we have three (3) transport systems which are Road transport system, Rail transport system and monorail transport system, in all of these transport modes and systems, monorail is the most unpopular overland transport in developing countries.
The Characteristic of Monorail
Monorail is normally elevated above traffic, above congestion, above pedestrian and above vehicles. In fact, its grade is separated from surface traffic of all kinds, cars, trucks, trains, people, bicycle, motorcycle and so on. So that monorail can run without any interference from other means of transport thereby, improving traffic flow and reducing the accident rate. These are part of the uniqueness of monorail.
Monorail the Safest Transport System
In addition, monorail is the safest transport system because of its grade separation. It cannot for any reason whatsoever collide with cars or other vehicles or run over people or bicycles. In fact, people can ride bike or walk without having to look out for on coming vehicles or train as the case may be for any pedestrian who intends to cross the road or railway track. Monorail actually wraps around single ‘rail’ and it cannot derail like I said. Indeed, it is the safest transport for now in the world. It has a low accident rate when you compare it to other transport modes. For instance, the first fatal monorail accident occurred on the 5th of July, 2009, at Walt Disney World in Florida. In fact, it is first fatal accident ever happened in the 38 year history of the monorail system. You can imagine it yourself the number of accidents that might occurred in other modes of transport in 38 years. Therefore, my earlier assertion that monorail is the safest transport system is not a gain saying but a stark truth.
No Noise Pollution in Monorail Transport
More so, monorail does not make any noise on motion unlike cars, articulated vehicles (trailers), buses, air crafts and so on. In fact, it is the most quiet overland transport. It does not produce any harmful noise like that of automobiles or jet airplanes in an environment. Do you know that the noise produced by vehicles and air crafts can be annoying or disturbing a man in his environment? But monorail transport system does not produce such undesirable noise. It is environmental friendly.
Monorail uses Electricity not Fuel.
It is also important to let you know that monorail is electrically powered therefore; a standby power supply is usually made available for its operations. Since it is powered by electricity it does not pollute our environments as we have in road transport and air craft. Hence, it supports the green environment program. However, monorail does not take a wide space as any one may think; its line can be placed in the street within a space of 4 or 5 feet Column.
Monorail a Viable Public Transport
However, monorail has the capability to move large number of goods and people far more than what a luxurious bus can carry at once without interfering with any other land transport. Indeed, it is a good form of macro transportation. For instance, Walt Disney World monorail transport system in Florida, has one of the highest ridership in the world, it offers service to over 100,000 passengers in each day operations.
Nonetheless, the use of monorail as public transport system in urban cities makes the most economical sense of all over land transport. Increasing its usage is a better means of contributing to healthier environment as well as reducing road accidents and rail collision.
Out of other modes of transport, air transport remains the number one choice of many travellers who would like to move from one nation to another or travel across continents. Its unique quality in providing safe and very fast transport services to thousands of people daily, mostly the businessmen, by linking them to where there are business opportunities in different locations around the world makes it the most preferable transport mode for international travellers. For instance, in 2016, globally air transport accounted for 3.6 billion passengers which is 48 per cent of the world population. (Source: NCAA Profile Oct. 2014-Oct. 2016)
The role of the aviation industry in the economy of any nation cannot be overemphasized; its enormous contributions to both domestic and international
trade have led to the economic growth and development of many nations in the
world. Besides, it is also a notable source of employment as the aviation industry
includes all airlines, airports, air navigation and other important ground services
that make air transport operations possible; they are all sources of notable employment for unemployed people.
Furthermore, air transport plays an important role in the global economy by enhancing world productivity, and providing links to expand different markets for
companies to operate. These important roles, among others, make air transport
indispensable. Hence, the need to make air transport safer is the fundamental duty of aviation industries and the International Civil Aviation Organization.
However, there are three distinctive factors why air transport is safer than other modes of transport. These factors are easily noticeable in the daily operations of all aviation industries in the world. They are:
2. Security; and
3. Enforcement of Regulations and Procedures.
In the aviation industry safety policy is inevitable. It is the most important issue; the beginning and the end of its daily operations. In fact, meeting the flyer’s expectation is a top priority in the aviation industry. Safety in aviation refers to a
state in which risks associated with air transport are reduced to zero or to the barest minimum. There is no gainsaying that all activities in the aviation industry are embedded in safety policy, no aviation industry will like to take the issue of safety for granted.
For instance, on 18 July 2012, the African Ministerial Meeting on Aviation Safety held in Abuja, Nigeria, was focused on air transport safety, where the International Air Transport Association (IATA) and the International Civil Aviation Organization (ICAO) encouraged all aviation ministers in Africa to endorse and adopt the Africa Strategic Improvement Action Plan. This plan is meant to improve safety in aviation industries in all African countries. (Source: https://www.icao.int/Newsroom/Pages/strategic-action-plan-to-improve-aviation-safety-in-Africa.aspx)
Therefore, there is no continent in any part of the world where air transport safety should be taken for granted. It is a top priority in the aviation industry and till now, no other transport mode does it better than the aviation industry.
Furthermore, the International Civil Aviation Organization (ICAO) has come up
with programmes to maintain regular safety operations in air transport, two of
such are Aviation Safety Implementation Assistance Partnership (ASIAP) which
was established in February 2015 and Safety Fund (SAFE).
The Aviation Safety Assistance Partnership (ASIAP) was created purposely to provide reasonable assistance to different nations in sharing safety information,
giving attention to the most important needs; jointly work with other nations in
assistance activities; support a resource mobilization strategy and agree on outcome indicators. In simple language, ASIAP aims to ensure the safety of operations in the aviation industry.
Safety Fund (SAFE): Is another safety programme under ICAO for aviation industries. SAFE’s priority is to improve air transport safety around the world through gathered fund. There are nations mostly in the developing countries that
have no financial capability to tackle serious safety inadequacies in their aviation
industries. This justifies the reason SAFE was established so as to rescue aviation
industries in such countries through donors and voluntary contributions from different nations.
By and large, air transport safety is a top priority in the aviation industry, therefore, all airlines, aircraft manufacturers, ICAO, IATA and government
regulators in different countries are all in collaboration to avoid any safety
problem that may jeopardize an aircraft’s ability to fly safely.
Adequate security is another notable factor that makes air transport safer than other modes of transport. In aviation, security is the set of measures and resources that are used to prevent any malicious act such as terrorism, robbery, among others, against the smooth operation of air transport. In other words, security in aviation refers to all acts of illicit obstruction against civil aviation. One of the functions of ICAO is to prevent or reduce all unwanted acts of unlawful interference against civil aviation. However, there is a form referred to as Official Report on Acts of Unlawful Interference for all ICAO member states in different languages and as at November 2017, ICAO had 192 members. (Source: Wikipedia)
The form is meant to report any form of attack on air transport operations. This shows how important the issue of security is in the aviation industry. Due to the importance of the aviation industry to a nation’s economy, governments in different countries are also in collaboration with aviation industries to provide adequate security measures for the industry. For instance, the US government established Department of Homeland Security while the department also established Transport Security Authority (TSA) to manage security measures in the aviation industry.
Security against liquids, aerosol and gel materials: Another area of security concern that makes air travel safer is the area where flyers are checked to make sure they are not carrying liquid explosive substances or illegal materials into theaircraft. The use of liquid explosives is now a notable aviation security concern, hence, the International Civil Aviation Organization (ICAO) has come up with guidelines on security controls for Liquids, Aerosol and Gels (LAGs).
Liquids are non-solid materials and aerosol is a substance usually kept under pressure in a container, which can be released or dispensed as a spray when a button is pressed while gel is also a substance that often looks like jelly. However,
in 2006, a terrorist plot was discovered when the terrorist tried to smuggle an improvised explosive device into an aircraft by carrying dangerous substances that looks like ordinary LAGs i.e. liquid, aerosol and gel. This explains why ICAO in October 2008 provided guidance material to ensure that the security control guidelines for LAGs are implemented harmoniously in all aviation industries in the world. Indeed, security is a serious matter in air transport.
Cyber-security: This is another issue of concern for all relevant stakeholders in the aviation industry. Vital information in the aviation industry needs to be highly protected from any unlawful interference, so as to make air transport safer. However, civil aviation cyber-security refers to measures taken to protect civil aviation information storage in electronic systems against any unauthorized
access or attack by cyber-criminals.
As a matter of fact, civil aviation relies so much on information and
communications technology (ICT) systems for efficient safety and smooth air transport operations, hence, the need to protect confidential information against cyber threats calls for adequate security for the ICT systems in aviation. Furthermore, after the ugly incident of September 11 2001 in the US, all stakeholders in aviation industries have been able to reach an agreement to put strong security measures in place that apparently frustrated the unlawful acts from criminal actors that would have made another big noise in the world.
Nevertheless, in 2013, an Industry High-level Group (IHLG) was created by stakeholders in the aviation industry which include International Civil Aviation Organization (ICAO); the Airports Council International (ACI); the Civil Air Navigation Services Organization (CANSO); the International Air Transport Association (IATA) as well as the International Coordinating Council of Aerospace
Industries Association (ICCAIA). It was created purposely as a tool to work for the benefit of all stakeholders on important matters or signify issues of common interest to aviation industries such as aviation cyber-security. The Industry High- level Group (IHLG) is expected to protect civil aviation from any form of cyber threats. Truly speaking, in all modes of transport, air transport is second to none in the area of safety and security.
Enforcement of Regulations and Procedures
The strong enforcement of regulations and procedures by airport authorities is one of the reasons why air transport is safer for flyers. The enforcement of improved regulations and smart procedures, to as well align with ICAO standards, is a notable way for an airline’s growth and sustainability.
It is my personal opinion that, if airports are going to be well positioned to play a
significant role in supporting the aviation sector in the area of safety and security,
a strong enforcement of safety regulations and procedures must not be undermined. The inspection of aircraft worthiness; the pilots, engineers, cabin
staff and crew’s fitness in compliance with relevant regulations and procedures
mostly in respect of alcohol consumption, drug use, crew rest time, carrying out
pre-flight inspection procedure by using the prescribed checklist; entering of defects in the aircraft technical logbook, maintenance with approved techniques,
methods and practice, regularities in maintenance procedures and records, flying
aircrafts before expiration of flight clearance and so on, must not be compromised. Otherwise, increase in the violation of civil aviation regulations and procedures by airlines, pilots, engineers and cabin crew that can jeopardize the safety and smooth operation of air transport will be inevitable.
However, air transport authorities understand the high risk involved in the violation of air transport regulations and procedures. Hence, to ensure compliance, violators can be sanctioned and such sanctions could be strict warning, suspension, fines, outright cancellation of airworthiness certificates, withdrawal of license as well as grounding of aircrafts among others. For instance, the Civil Aviation Safety Authority (CASA) in Australia sanctioned an individual pilot and airline for violating civil aviation regulations and procedures.
The following are examples of recent enforcement decisions by CASA in Australia:
On 12 July 2018, ‘Investigations conducted by CASA revealed that the pilot had knowingly operated an aircraft with major damage following a landing incident. This conduct was in contravention of multiple provisions of the Civil Aviation Act including 20A and 20AA(4). The pilot’s conduct was considered to be more serious in this instance because this was the second recent occasion in which he had been
found deliberately flying an aircraft without satisfying applicable airworthiness requirements. Being satisfied that the pilot had failed to properly discharge his duties as a pilot and was not therefore, a fit and proper person to be the holder of a PPL, a delegate of CASA decided to cancel the pilot’s PPL pursuant to regulation 269 of the Civil Aviation Regulations 1988.’
Note: PPL means Private Pilot License-Aeroplane. This means the license to operate private aircraft was cancelled.
On 21 March 2018, ‘Investigations conducted by CASA in the wake of a fatal accident in 2017 revealed that the conduct of the accident flight by the pilot involved significant and dangerous non-compliance with the aviation legislation including conduct regarded as reckless and/or negligent, contrary to section 20A of the Civil Aviation Act and regulation 282(4) of the Civil Aviation Regulations. Being satisfied that the pilot had failed to properly discharge his duties as a pilot and was not, therefore, a fit and proper person to be the holder of a PPL or a CPL, a delegate of CASA decided to cancel the pilot’s PPL and CPL pursuant to regulation 269 of the Civil Aviation Regulations.’
Note: PPL means Private Pilot License-Aeroplane CPL means Commercial Pilot License-Aeroplane. It means the pilot’s 2 licenses to operate both private and commercial aircrafts were cancelled.
On 30 June 2017, ‘An investigation into the circumstances surrounding a fatal crash of an R44 helicopter near Cape Tribulation in North Queensland in April 2016 revealed that the pilot had contravened a number of provisions of the aviation legislation. This included flying after dark without an appropriate rating, flying without a valid medical certificate and engaging in reckless operation of an aircraft. The pilot’s PPL-H was cancelled under the provisions of sub regulation 269(1) of the Civil Aviation Regulations 1988.’
Note: PPL-H means Private Pilot License-Helicopter. It means its license to operate private helicopter was cancelled.
Furthermore, my observation reveals that, failure of airport authorities to enforce regulations and procedures that will ensure high rate of compliance of all parties concerned in air transport industries may also increase the flyers’ right abuse. It is worthy to note that many flyers have suffered their worst right abuse in the hands of airline operators probably due to the lack of regulation of air transport industries on the issue of consumer protection or poor enforcement of such regulations, for instance, British Airways and Virgin Atlantic. These two airlines cheated their passengers worldwide between 2004 and 2006 with hidden charges. When it was discovered by US regulatory authorities, the airlines refunded all its cheated passengers in the US and Europe but refused to refund the over 300,000 Nigerian passengers who suffered the same hidden charges on the grounds that Nigeria had no consumer protection law that they violated. In fact, they argued that even Aviation Act 2006 was not in place. (Source: NCAA Regulatory Profile)
Having gone through the above paragraphs, I hope you will also agree with me that air transport is safer than other modes of transport.
If one examines the social and economic impact of road transportation in any given nation, it will not be an over statement to say it’s a notable factor for national development. This is so because of its great flexibility that leads to enormous contribution to the rapid, social and economic development in our rural communities and urban areas.
However, using land transportation to increase trade flows across borders of neighboring countries has a lot of benefits for such countries. Why? I guess you may want to ask, firstly, trade as it were has great potential to create wealth; to reduce poverty and to sustain economic growth, while land transportation on the other hand plays a key role in production and distribution of goods and services as well as, creating employment for many people. This means road transportation as it were, plays both direct and indirect roles to reduce poverty and to sustain economic growth.
So, due to the enormous contribution of road transportation to national development of any nation in the world, hence, the need for international road transportation between neighboring countries to boost international trade on domestically produced products of good quality becomes inevitable.
Governments of these neighboring countries realizing the important need to take the advantage of their proximity to complement each other with their peculiar products so as to boost their economy. The issue of economic growth must be a matter of concern to any serious government. Having realized this fact hence, the comparative means of transport to achieve this goal is international road transportation.
So, what is International Road Transportation?
International road transport refers to land transportation between two or more neighboring countries. It can also be seen as trans-border road transportation. In other words, it is the movement of people and goods among countries that share common borders through roads agreed by the neighboring countries for their international transportation. Better still, it is the movement of goods and people by road transport across national boundaries of neighboring countries.
However, all vehicles used in roads territorial boundaries are expected to meet the requirements of traffic rule and standards set by neighboring countries. Such agreement may include the size, the weight, type of goods allowed, width of the vehicle, joint acknowledgement of driver licenses etc
Why is it the Most Preferable Mode among Neighboring Countries?
There are reasons why land transportation is judged as the best mode for international transportation among other modes, here are the reasons:
For instance, Sea transport is cheaper but very slow when you compare it to road transport while air transport is very fast but much costlier than road transport, likewise, rail is also cheaper than road transport but not as flexible as road transport that has the quality to offer door-to-door services therefore, only the road transport has comparative advantage over other modes although, it’s not cheaper than sea and rail transport yet it’s not as cost as air transport.
Also time sensitivity is another notable advantage of road transport over other modes of transportation. Even though it is not as fast as air transport yet because of its flexibility it’s comparatively faster than other transport modes. For instance, sea and air transport operations end in their ports while rail transport also ends in railway station hence, clearing of goods, loading, off loading and other related activities at the ports and railway station delay the movement of goods to the last destination and none of them has the quality to provide door-to-door transport services like road transport.
Another uniqueness of road transport is that, it is the only transport mode that can complement other modes of transport.
Examples of Countries that Share Common Road across-border
There are countries with bilateral agreement to share common road that links 2 or more countries together, here are few examples:
China and Mongolia
Mongolia and Russian Federation
Mongolia and Republic of Kazakhstan
Source: Ministry of Road and Transport Mongolia
China and Kazakhstan
China and Uzbekistan
China and Kyrgyzstan
China and Tajikistan
China and Russia
China; Pakistan; Kazakhstan and Kyrgyzstan
China, Uzbekistan and Kyrgyzstan
Source: The introduction of International Road Transport Agreements of China: Ministry of Transport of China, Mar. 25, 2015.
Many neighboring nations realizing the need to complement each other well with their peculiar products and also to enhance economic cooperation among themselves, these among other reasons justify the need for cheap, fast and timely or ‘just in time’ transport services to move their quality domestic products across borders therefore; the most suitable solution to achieve this is international road transport.
It is interesting to note that no government of any nation in the world has sufficiently developed to offer employment to all its unemployed citizens; this explains why we have high number of unemployed youths in different parts of the world especially in developing countries.
So, the issue of unemployment is a universal problem, therefore, international road transportation is a notable solution to unemployment because it will definitely aid production and international trade thereby, providing both direct and indirect job opportunities to many citizens.
There are several people around the world living in rural communities where half of them are peasant farmers. Such people mostly in Africa rely most on oldest form of transportation which is walking or trekking, this form of transport limit them to access social amenities while also increase the level of poverty among them, these among others are the likely problems people living in rural areas are likely to face.
To this end, introduction of road transport system in rural areas is a major solution for a sustained socio-economic development in such communities; more so, it’s an important means to enhance national integration. However, here are the benefits of providing road transport in rural areas:
It increases access to market centers, wherefore, encouraging commercial farming activities.
Access to several rural areas is a sign of improved road network resulting into higher availability of farm inputs at a low price.
It brings about employment opportunities.
It increases access to social amenities.
It plays a vital role of promoting development in rural communities.
It promotes national integration.
It is a tool for poverty alleviation.
It provides continuity in moving people and agric produce from rural communities to urban areas.
It provides the farmer the opportunity to quickly move perishable commodities to the market centers or places where they are needed.
It promotes sense of belonging.
Nevertheless, one of the major cause of poverty in rural communities is lack of access to good road transportation, therefore, having read this article, it is understandable that, access to good road transportation is a notable factor to develop rural communities.
The important of transportation at large for economic development of any nation cannot be over emphasized. Without transportation it is difficult if not impossible for a nation to develop, in fact, good transport infrastructures and road network that lead to transport efficiency is a sign of a developed nation. However, as important as all modes of transport are to the economic development of a nation, it is important to note that road transportation still plays an important or unique role to other modes of transportation.
Road Transportation and Its Uniqueness
Transport modes provide people the opportunity to choose a suitable mode for their journey or products, but road transportation does not only provides opportunity for people to choose rather with good road network, it also complements other modes of transport. This makes it the only indispensable mode to other modes of transport, no any other modes has the keen competitive quality and capacity to perform this significant role of road transport, as to provide extra mile to complete any journey made by other modes of transport.
For instance, traveling by air begins and ends at air port; traveling by sea begins and ends at sea port; traveling by railway begin and ends at railway station and while journey on inland waterway begins and ends at jetty or water wharf. However, most of these transport modes lack the capacity to provide door-to-door transport services to passengers hence, road transport provides this extra-mile transport needs to complement each mode, this shows the uniqueness of road transportation.
Truly speaking road transport plays vital roles by facilitating movement of people and materials, helping trade and commerce, linking industry and agriculture to market places and open-up of new settlements and more importantly, providing transport needs or services to complement other modes of transport.
Nevertheless, as it is noted earlier, good road network is needed to enhance growth and development, therefore, no successful enterprise or developed nation without efficient use of road transportation.
There’s no doubt to say transportation modes on land are playing key role in complementing other modes of transport such as air transport, sea/water transport or pipeline transport and as well as boosting the economic growth of any given nation.Overland transport modes are majorly road and railway transportations and both are fully operated on land and in case of emergency, they play important role in mass evacuation of people and goods. For instance, if there’s natural disaster or threat in an area overland transport can be used for rapid mass evacuation of people and goods.
However, because of the importance of this two land transportation modes to a nation and their various users, there’s need for government and freight industries to improve the freight security and efficiency of overland transports in many ways such as road transport, rail transport, traffic management, track maintenance, mobility, level crossing safety measures to mention but a few.
One of the major problems among others facing rail and road transportation is security, this is because the two transport modes are commonly used as tools by criminals to carry out their evil works. This explains the need for innovative security services relating to both road and rail transportation that will enable their operations safer for various users. It’s important to know that the two transport modes are the major easy target for criminals like kidnapper, terrorist, armed robbers and so on.
Due to increase in this menace the Transport Security Administration (TSA) has warned both transport and freight industries against terrorists hijacking trucks and driving to the crowd to cause weapon of mass destruction.
For instance, The Transport Security Administration reveals that within 3 years vehicles were hijacked and used in 17 times to kill 173 people while 665 people were injured.
Likewise, in Nice, France, Mohamed Lahouaiej-Bouhel drove a tractor trailer into a gathering celebrating Bastille Day, killing 87 people including children and injured more than 400 people.
In March 29, 2010, there was “A double suicide bombing at Lubyanka and Park kultury stations of the Moscow Metro killing 40 people while 102 people were injured.” Source: Wikipedia.
Likewise, on March 22, 2016, in Belgium, there was suicide bomb attack at Maalbeek metro station in Brussels which caused the death of 20 people and 200 people were injured. Source: Wikipedia.
Having read the above data you will note that overland transport modes are commonly used by the criminals hence, the need to increase focus on land transportation security such as surveillance on road and railways becomes inevitable.
Another reason for physical security in overland transportations is that they are mostly used for illegal transactions across the borders such as illegal drugs, weapons, piracy, illegal immigration and so on.Bus and rail terminals are locations where passengers and freights are assembled in large number for immediate transportation and at such places safety and physical and freight security should be a major concern for transport and freight industries. Why? It’s because stealing or thefts is one of the common problems at terminal and it may also be seen as potential target for terrorist attack.
Strong security in overland transportation has huge benefits to a nation such benefits include the followings:
It will truncate the unwanted transportation operations of illegal weapons and suspicious people that may cause insecurity or any other form of security threats thereby, boosting the commerce and industrial activities.
It will also reduce stealing or theft at terminal as well as reducing diversion of goods thereby, eliminating the direct losses thereafter.
It will also reduce illegal transportation of all sorts of contraband goods such as counterfeit products, narcotics or marijuana, weapons, hazardous materials e.g. chemical that can cause death if inhaled, to mention but a few.
It makes it difficult if not impossible for people to evade taxes and duties.
It will also reduce the illegal immigration of people into the country.
To this end, it is important to note that weak security in overland transport system can lead to overall national insecurity. Individual group or person may be motivated to attack any of these overland transports thereby terrorizing and injuring innocent users as well as causing disruption in economic growth.
These among others explain why we must not afford to neglect overland transport security, strong security out-fit must be put in place in both bus and railway terminals and better still, adequate passenger and freight security is a sign of qualitative transport services to the public.
Over decades, rail transport has been playing a key role in building nations by carrying thousands of goods and people across a particular nation on trips of business, discovery and pleasure, as well as opening up the vast open spaces, thereby creating development and market opportunities. To this end, the following are the most notable rail distances in the world:
1. A rail trip between Moscow in Russia and Pyongyang in North Korea is the longest distance rail trip in the world with a space of 10,267 km. The usual time always planned for the trip is 206 hours. This means it takes a train not less than 8 days to complete the journey.
2. A rail trip from Moscow in Russia to Vladivostok in Russia is the 2nd longest rail trip in the world with a space of 9, 289 km, the normal hours for the trip is 144 hours. In order words, it takes a train 6 days to complete the journey.
3. Moscow in Russia to Beijing in China through Harbin railroad is the 3rd longest rail trip in the world with a space of 8,984 rail km; the journey will take 6 days or 145 hours.
4. Moscow in Russian to Beijing in China through Ulaanbaatar railroad is a distance of 7,826 km and it will take 127 hours or 5 days and few hours to complete the journey.
5. The rail distance between Moscow and Tommot in Russia is 7,318 km and a train is expected to use 140 hours or 5 days and few hours to complete the journey.
6. From Kashgar to Yingtan in China is a rail distance of 5,166 km, and itwill take 72 hours 39 minutes or 3 days and few hours for a train to complete the journey.
7. A trip between Guangzhou to Lhasa in China is about 4,980 km; such a trip will take 53 hours or 2 days and some hours for a train to complete the journey.
8. Shanghai to Yining in China is 4,742 km and its normal travel time for a train to complete the journey on the route is 55 hours 43 minutes or 2days and few hours.
9. Guangzhou to Urumqi in China is a 2 days journey of 4,684 km distance; a train is expected to spend 49 hours, 34 minutes.
10. From Toronto to Vancouver in Canada is 4,466 km railroad; such a trip will take a train 86 hours or better still 3 days and few hours.
Generally speaking, passengers’ attitudes have an influence in determining whether to choose rail transport for their long distance trips or not. The huge benefits of travelling a long distance by rail have heavily influenced the public perceptions in choosing the rail for their long distance trips. However, there arelist of benefits that both the passengers and the service providers will enjoy in long distance trips by rail. Here are the benefits:
1. Long distance rail trips are cost efficient. For instance, what will cost a train to move several tons of goods on a single journey may cost nothing less than 10 trailers to move the same goods at a higher cost.
2. The origin and destination of travelling a long distance by air ends in the airport, but travelling a long distance by rail can take you to a desired city, town or village that is located along the rail road corridors.
3. Many air passengers who fail to use busy airline may end up waiting more than necessary for their flight and they may also have to pay higher fares. Passengers in long distance rail trips pay cheaper fares for their trips andthey embark on their trips without much delay.
4. Travelling a long distance by road may increase your trip time more than necessary, why? This is because your driver may want to take breaks for rest and meal and also, you may come across several check points; all of these significantly increase your trip time. These are not so in rail transportation. No several check points and the train does not need to stop for anyone to take meals.
5. At times, a driver on a long distance trip may deliberately decide not to take break for rest or meal in order to save time and money. This may result to an unnecessary stress, fatigue and other factors that may impair the ability to drive safely on the road, wherefore, putting his own life and the lives of other innocent people at risk. However, passengers on long distance rail trips travel without stress or danger to others; they move freely and safely. The passengers can eat and even sleep without any cause for alarm while the journey progresses.
6. The train can quickly make many intermediate stops without using much
fuel. This is not possible in air transport.
7. Railway stations are less expensive to build and also easy to operate when you compare it to airports.
8. A long distance rail links many markets together, thereby generating more economic revenues.
9. A long distance rail trip helps generate more revenues to the rail company and also enables the company to spend less when you compare it to short distance operations.
10. Train use fuel more efficiently than air and road transport, for instance, a train can use a gallon of fuel to move one ton worth of goods more than 400 miles, this is not possible with road transport, while air craft on its own burns almost half of its fuel in landings and take offs.
The people’s attitudes and perceptions towards long distance trips by rail are important in determining potential passengers. Also, they are capable of creating
either positive or negative impact on rail transport. These days, mostly in Europe,railway transport companies provide both national and international long
distance transport services to their potential passengers. Therefore, traveling a
long distance by rail becomes unique and the attitudinal behavior of people toward long distance journeys by rail becomes a major factor in determining the sustainability of long distance journeys by rail and the prosperity of rail transport
companies engaging in long distance trips.
Without any element of doubt, long distance trips by rail and the rate at which
people use the train for their long distance trips are increasingly growing these days as more affordable mode to either of road or air transport. The value and the importance of long distance trips by rail transport cannot be overlooked; it connects different towns, villages and cities and many markets along the route together to produce greater revenue.
Despite the importance of long trip rail transport, it is important to know that the belief and the perception of the people can affect the demand for long distance
rail trips both positively and negatively. There are factors that can determine the
attitude of passengers toward long distance rail transport. Such factors are:
Safety: This is one of the major factors that can affect the attitude of passengers. Potential passengers must be sure that they are safe from harm or danger when engaging in a long distance trip by train. They must have confidence that the service providers are conscious of their safety throughout the journey. You can
imagine what the attitude of passengers would be if the train they are traveling
on a distance trip is stuck down for two days in the middle of the journey, probably, in a thick forest where they are not close to any town or village. Such an experience will surely discourage passengers to travel by rail, especially during along distance trip.
Accessibility: It’s important to note that long distance rail trips provide access to many cities, towns, villages and market places. This will likely encourage people to
choose the train for their trips and more importantly, rail transport itself must be
easily accessible by potential passengers; people must find it possible to choose the train for their trips. If the rail transport is not easily accessible then it will not be attractive or possible for passengers to choose the train for their longer trips.
Affordability: The use of transport cannot be neglected either by individuals or
organizations. More importantly, nations can’t afford to neglect transport in its
economy. These explain why transport is important and why it must be easily affordable to everyone. Rail transport must be cost effective; people must be able to choose the train for their long distance trips without having serious problem to pay for it. If many people are unable to afford train transport for their needs due to high rate of transport fare, this may discourage many potential passengers.
However, it’s interesting to note that, till date, railway transport still provides
more avoidable service to the public when you compare it to other modes of
Convenience: Rail transport companies must ensure that people choosing the train for their long distance trips must be free from any form of stress. Transport companies must add features to the train that will make long distance trips luxurious. A train traveling on a long distance, probably for two days, is expected to have vital features that will reduce the burden of the passengers in such a long distance trip. It is also interesting to note that most trains used for distance
journeys have many features to make such long trips stress free.
Comfort: For instance, a train on an international trip moving from Moscow in Russia to Pyongyang in North Korea will have to spend at least 206 hours to cover 10,267 kilometers. This means between Moscow and Pyongyang a train is
expected to spend not less than 8 days, wherefore, passengers in such a long
distance trip may feel worry, be upset and frighten during the journey. As a result
of this, the number of passengers on long distance trips may be reduced.
Therefore, every rail transport company must do everything possible to make
every long distance trip an enjoyable experience for all passengers on board. Rail
transport providers must ensure that passengers are content with regard to their
well-being throughout the journey. All passengers must enjoy all the comfort they
deserve; even their seats must be designed for comfort. A dissatisfied passenger may be dangerous. However, the railway transport companies should ensure that
their passengers are comfortable throughout all journeys.
Security: The fear of rap, terrorist attack, armed robbery and other forms of crime
may discourage people mostly female passengers from choosing the rail transport for their long distance trips. Therefore, measures must be taken by service providers to guard against any form of attack or crime during trips. Adequate
security must not be neglected to ensure that people are free from fear and
anxiety during their journeys.
Nevertheless, choosing rail transport for long distance journey is good; therefore
the rail transport service providers must continue to guide the belief and
perception of their passengers by providing them quality services that are free
from any form of danger or harm.
Source: https://commons.wikimedia.org/wiki/File:I 80_Eastshore_Fwy.jpg
A highway is the main public road that connects different cities, towns and at times, villages etc. together. It is a major and significant public road that is able and fit to carry fairly heavy traffic. Since automobile has gained popularity in the world today, the need for adequate and efficient transport system for promoting economic development is a notable fact that cannot be doubted. Substantial investments on road infrastructure developments by government at the different levels e.g. federal, state and local government are also frantic efforts to attracting investors that will promote the economy.
Highways have great benefits to industries, educational institutions, tourist centers, hospitals, to mention but few. It plays an indispensable role in the economy of both the developed and the developing countries of the world in making travels easier and faster. Hence, any problem that may affect smooth transport operations on highways may have greater negative impacts on the economy of a nation, at large. This and many other reasons explain why highways are important to a nation. However, below are the benefits of highways:
1. Good transport infrastructure, like highway network enhances transport system that reduces transportation costs and this, in turn, definitely reduces the production costs while it increases productivity and profitability of organizations.
2. Highway network also makes transportation schedules and deliveries more reliable and timely.
3. Highways also contribute immensely to social growth, relatives are able to visit their loved ones more often and it enhances good relationship between family and friends.
4. Highways can relatively reduce travel time to villages, cities and towns thereby encourage people to travel for business and trade.
5. Highways make journeys faster, comfortable and safer than usual while at the same time reduce fuel consumption.
Nevertheless, the designs, construction and regulations of the highways and the
vehicles used on them and the training of drivers and other road users may go a
long way in making our highways safer for all of us.
Agriculture still remains the most important industry in the world today; no individual can do without food. Food insecurity in any nation is the beginning of hunger and other related problems such as poor health, kidney disease, eye disease, high blood pressure, diabetes, heart disease etc. To be healthy requires good nutritious meals at all times but most people living in a country where there’s food insecurity have to choose inexpensive foods with low nutritional values and with time, these may seriously affect their health.
Furthermore, citizens in food insecure nations are likely to suffer for psychological and behavioral health issues while their kids may also have problems in their studies. In a simple term, good food is indispensable; it is a mechanism for building a foundation for good health.
Apart from health issues, agriculture generates revenue and also provides jobs, raw materials e.g. cocoa, rubber etc. and more importantly, food for all. Having considered the enormous importance of agriculture to a nation, it is equally important to look at one major factor, among others, that has the potentials to contribute directly to agricultural growth of any nation. This singular factor is road transportation.
The importance of road transportation in linking the rural areas of a nation together for agricultural growth cannot be under-emphasized. The connectivity facilitated by road transportation is the most and probably a single important factor that determines the well being and quality life of both the people living in the rural and the urban areas of a nation and more importantly, a potential factor for agricultural growth.
Access to various rural communities by road transportation provides relative advantages for agricultural growth. A road investment contributes directly to agricultural growth in various ways you need to know. However, here are the ways:
1. Road transportation is quick, convenient and flexible for both short and long distances for transporting agric produce from villages and other rural communities to where they are needed.
2. Investment on road transportation and infrastructures enable collection from community-to- community or village-to- village delivery.
3. Road transportation plays an important role to complement rail transportation in evacuating large quantity of agric produce from rural communities. Road transport is the only mode that connects various villages and also serves as a link to rail stations. In short, it’s a perfect complementary to rail transport system.
4. Road transportation has a unique benefit to farmers that produce perishable products such as vegetables, tomatoes etc., by helping them move such products quickly to the town or market place where they can be sold.
5. Road transportation system plays a highly significant role in controlling and protecting farms from an epidemic disease that can cause a high rate of mortality or from a destructively numerous pests that can destroy plantation e.g. a plague of locusts. This is possible through the prompt movement of essential insecticides or drugs by road to control such diseases or plagues.
6. In addition, road transport system also plays a very important role in the transportation of agric produce for short and medium distances.
7. Since agricultural produce may be raw materials for cottage industries or serve as food for people, hence, road transportation makes easy contact between farms, industries and markets possible.
Having considered the above reasons, it will not be gainsaying that road transport is an indispensable factor for agricultural growth. Hence, road development is essential to bring agricultural products to the market places. Therefore, rural roads have special significance in agricultural growth.
Sea transportation is the movement of goods and people from one place to another by sea or any other waterways. Hence, ship engineers, as it were, are people who run or in charge of the engine in a ship. They play major roles in ensuring a smooth sea transportation and preventing unwanted mechanical or technical faults by maintaining propulsion plants during operations. These, among others, explain indispensable obligations of ship engineers.
In addition, ship engineers also perform other functions such as maintaining the sewage, the lighting, the heating, the air conditioning, the lubrication, the ventilation, the propeller shafts and propellers, the refrigeration, the fabrication of engine parts for replacement e.g. bolts, valves etc., installing the engine controls, the electrical power generation plant as well as the water system in the ship.
Other duties include managing life-saving equipment, fuel management, boat management, safety management, fire-fighting, first aid, supervising loading and off-loading hazardous materials, monitoring working conditions of engines and any other equipment so as to know whether or not they are working properly and to identify any fault, as well as engaging in pollution prevention in line with the international regulations and nautical tasks.
However, there are different positions in ship engineering division generally for
British and US vessel. Here are the positions:
1. Chief Engineer: This post is in charge of engine department.
2. Second Engineer in US it’s called 1st Assistant Engineer: This post engages in daily operations of engine department.
3. Third Engineer in US it’s called 2nd Assistant Engineer: The position takes the responsibility of maintaining the auxiliary engines and boilers.
4. Fourth Engineer in Us it’s called 3rd Assistant Engineer: This engineer unit maintains the air compressors, purifiers, pumps and auxiliary machinery.
5. Electro-technical Officer (ETO): The officer in charge maintains electrical and electronics equipment like radars, VHF and so on.
6. Electrical Officer: The officer maintains only the electronics equipment.
7. Junior Engineer8. CadetTechnicians and craftsmen in ship engineer division
In ship engineer division, there are other regular skilled jobs which include:
a. Machinist or fitter: The person in charge fabricates and repairs machines.
b. Motorman: The person assists the engineer and also does menial jobs.
c. Oiler: The duty is to ensure that the machines are well lubricated.
d. Wiper: The duty is to keep the engine room clean and tidy.
Having considered the above enormous tasks of ship engineer division, it won’t be too much to say that the engineer division is indispensable in marine transportation.
Greatest volume of cargo in international trade is carried by sea transportation. This explains one of the important roles sea transportation plays in the world. Freight transportation by sea is a cheaper means by which people move their cargoes in large quantity from one nation to another. Industrial revolution becomes effective in a nation that has a well-developed marine transport. Indeed,
it’s a necessary complement to other modes of freight transportation and trading
However, ships can be classified by its propulsion and size. Below are the types of
ships in marine transportation:
1. Bulk Carriers: Like the name suggests, they are cargo ships used to carry large number of cargo. The main surface of the out-side floor of the ship is designed like a large box to carry cargoes.
2. Container Ships: Like the name suggests, it is used to carry large dry cargoes packaged into large standardized containers. To a large extent, most of these ships are moved by diesel engines.
3. Tankers: They are designed to carry liquid materials such as petroleum gas, crude oil, petroleum products, liquefied petroleum gas (LPG), liquefied natural gas (LNG), chemicals, vegetable oil, wine and so on.
4. Refrigerated Ships: These are also cargo ships used to carry perishable items that need controlled temperature to preserve its freshness and such perishable items include: fruits, meat, fish, and vegetable among others.
5. Roll-on/roll- off ships: These ships are specially designed to carry dry cargoes like automobiles, trailers, railway carriages. The ships are designed with ramps that make it easy to roll in and roll out.
6. Coastal Trading Vessels: These are used for trading activities between different areas, nations and continents. They are usually small in size.
7. Ferries: These kinds of vessels are commonly used as public transport for people living in water-side areas; they are used to move passengers and their belongings such as any form of vehicles, luggage, and equipment, among others.
8. Cruise Ships: These are used mostly by tourism industries. They are ships used purposely for pleasure and people traveling in cruise ships are people traveling for recreation.
9. Ocean Liners: These are ships used to carry large number of people from one seaport to another on a long regular- distance planned at a certain time. They are also used to carry cargoes, mails and at times, they are used for any other purpose. Ocean liners normally are strong ships designed to resist rigorous conditions they are likely to face while on ocean.
10. Cable Layers: These are undersea or submarine built vessels purposely used to lay cables for telecommunications, electricity etc. below the surface of water.
11. Tug-boats: These boats are used to tow other boats or vessels.
12. Dredgers: They are ships usually used in a depth-less area of the sea that may affect smooth operations of the ship. These ships are designed to dig out and remove the materials that sink to the bottom of the sea.
13. Barges: They are flat-bottom boats usually used to move heavy cargoes on rivers and canals. It is important to note that most barges use tugboats or towboats to operate.
14. Multi-purpose ships: They are ships used to carry various items both in bulk and small quantities and at times, they are used to move heavy items. The modern ones are now designed to carry containers.
A truck or lorry is a motor vehicle specially made to move goods from one place to another. Trucks differ in size, power and structure. There are smaller trucks and very powerful large trucks made purposely for commercial purposes to carry specific equipment like fire trucks, concrete mixers trucks, garbage trucks, etc.
List of Truck Classification by size
a. Ultra Light Truckb. Very Light Truckc. Light Truckd. Medium Trucke. Heavy Truckf. Off Road Trucks
Trucks can also be classified according to the specific function of the body they carry.
1. Refrigerator truck: It is a truck with a device that is used to move fresh goods from one place to another. Such goods are frozen items which include: ice cream, food, and vegetables, among others.
2. Box truck: This is a cargo box-like container of a vehicle that is designed to carry goods. It’s often designed or structured in an enclosed box-shape with a door fitted at the back or the side of the truck purposely to load and to off-load cargo.
3. Concrete mixer: It is a truck with a container or body for mixing concrete by rotating in one direction in such a way that all particles therein follow the turning circle at a center point with a common velocity.
4. Dump truck: This is also known as a tipper in some English speaking countries. A dump truck is a truck with an open-box container at its back to carry loose materials like sand, gravel etc. It is also designed with elevation in front of the container to lift it up to a higher position to enable off-loading the contents through the rear fitted door.
5. Flatbed truck: This is a trailer having a flat surface to carry objects or cargo. It is the best vehicle in road transportation to carry both long and short containers from both seaport and railway stations to a desired location.
6. Semi-truck: This is a truck with a long trailer attached to the back of it.
7. Tank truck: This is also known as a tanker truck. It is designed to carry liquid materials such as: water, kerosene, petrol, diesel, among others. Some tank trucks are specially designed to carry gasses and any other hazardous and inflammable materials.
8. Tow truck: This is a truck used to tow away other vehicles that suddenly break down on the road probably due to a serious accident or a mechanical fault. Such trucks are designed with special equipment on its back to tow away stuck vehicles on our public roads.
9. Specialized heavy truck: This is also known as a heavy duty truck designed to be used for very difficult and intensive tasks such as carrying oversized equipment or objects.
10. Off-road heavy truck: This is also a very large truck designed specially to be operated away from the public roads.
picture showing traffic congestion. Source: chron.com
It is an undoubted fact that road transportation plays a notable role in nation building. A well-developed road transportation is a testimony and quality of a developed nation. An industry that has a fleet of vehicles operating within its community or city is a mark of a successful enterprise. In all ramifications, road transportation is important to individuals, an organization or an industry and to a
nation, at large.
In logistics, the importance of road transportation cannot be over-emphasized; an improper management of vehicle fleet has a great negative impact on logistics industry’s productivity as well as the customer service. Since customers are the life wire of any business, hence, poor customer service due to improper fleet management in an organization, a logistics industry or any transport service provider is a bid toward the extinction of such an organization.
Therefore, looking at the factors that can affect the smooth operation of vehicle fleet is a justification for this article. Hence, below are the factors:
1. Congestion: Unnecessary long delay due to traffic congestion will increase
travel time of a vehicle thereby causing a late delivery of goods.
2. Government Policy: Restrictions may be placed on particular trucks to ply a certain road.
3. Increase in Fuel Price: This may cause shortage of fuel thereby affecting the transport smooth operation. It can also increase the cost of transport, therefore, causing low patronage.
4. Poor Fleet Maintenance: This may cause a down-time and this will definitely affect transport operations.
5. Poor Communication: Good and effective communication leads to effective cooperation, understanding obligations and reduce unnecessary mistakes at the work-place. Poor communication, however, proves otherwise to these benefits.
Since April 2008, the United Kingdom Corporate Manslaughter Act was fully enforced on company directors and also the company’s drivers involving any company’s vehicle in any fatal road accident and any other vehicle used for business purposes. The police in the UK have stood their ground to handle any death records from road accident as ‘an unlawful killing’ and ready to deal with the offender or suspect.
The UK Police also have power to sue company directors who fail in their duties to provide frame work and guidance for their drivers to follow at work. It is interesting to note that even the private individual owned vehicles used for transportation business will also be dealt with in the same manner if they are involved in a road accident that causes the death of an innocent citizen. Nevertheless, most preventable accidents that cause the death of innocent road users make it more sensitive to enforce this law with alacrity in the UK. Therefore, under this act, directors and individual transport businesses are expected to ensure that their vehicles are adequately insured and roadworthy.
To this end, adequate fleet management of company vehicles to make our road safer and to enhance transport smooth operations as well as prevent unwanted lawsuits that are likely to arise as a result of fleet related fatality remain the inevitable reasons, among others, for writing this article. Hence, below are possible benefits of fleet management:
1. It lessens the cost of labour: With GPS fleet tracking, you can know your drivers whereabouts thereby making them be accountable to a cause or any assignment given to them.
2. It prevents potential ghost workers: The use of fleet management software
automatically freezes out ghost-workers.
3. It creates perfect contentment for drivers on duty: Proper management of vehicle fleet will surely boost the driver’s efficiency and their confidence when driving on the road.
4. It boosts customers’ satisfaction: Proper management of vehicle fleet makes the organization (transport provider) reliable and committed to satisfying their numerous customers.
5. Proper management of vehicle fleet also increases average lifetime of vehicles, thereby increasing the organizational profitability.
6. Reason for Safety: In transportation, safety comes first; one major essence of fleet management is to ensure that each vehicle is safe for smooth transport operations. It also prevents the vehicle from the chances of being lost or stolen through remote vehicle disabling systems.
7. It improves accountability: Through fleet management systems (FMS), data can be gathered to check drivers’ behavior thereby making them to be committed or
accountable to their actions.
8. It enhances drivers’ safety: When a vehicle is in good condition, it will reduce the accident rate.
9. Fuel management: Fleet management helps to prevent the wasteful use of fuel. In other words, it ensures an efficient use of fuel to complete a particular journey.
10. An efficient management of vehicle fleet by a transport company or transport provider enhances smooth operations of any given industry.
It is no longer uncommon that road transport is the most used mode of transport in the world. It plays an important role in the social aspect of an individual’s life as well as in the daily economic activities of different industries. The importance of investments in road transportation as an important tool for economic growth, job
creation and poverty eradication cannot be over-emphasized in our modern day
societies. To this end, a cursory look at certain 10 important benefits of road
transportation in our societies will be necessary:
1. It is an effective means of national marketing. It can be used to bring new products to consumers in any part of a nation.
2. It enhances marketing; most marketers nowadays are given vehicles for effective marketing.
3. It enhances smooth operations of any industries.
4. Road transportation can be employed indirectly to motivate and boost staff morale. How? I guess you may want to ask. This is so when an organization gives their staff official cars and road transport provides carriages for such vehicles to be used and as a result of this, it will definitely motivate and boost their morale.
5. Road transportation can be used to increase customer satisfaction. Why? This is because of its flexibility advantage over other modes of transport; it can be used to deliver products to final consumer by using micro processes in transport management that focuses on implementation of pick-up, delivery and monitoring.
6. The efficient use of road transport can reduce the costs of production thereby increase the organization’s profitability on its products.
7. In production process, smooth and efficient use of road transportation can be used to prevent unnecessary delay and to reduce waste (mostly waste of time) and consequently increase productivity.
8. Road transportation also plays an important role in both inbound and outbound logistics services. The storage and movement of final products from the point of production to the end user and also movement of materials, parts, or finished inventory from suppliers to manufacturers or assembly plants, warehouses or retail stores within a nation are all factors that make road transportation indispensable in logistics services.
9. Road transportation is the most suitable mode for even distribution of different products to final consumers.
10. More importantly the successful management of any enterprise depend on efficient use of road transportation among others.
The Integrated transport system is the integration of different modes of transport in order to increase the efficiency of these modes by complementing one another with the aim of increasing the economic and social benefits. It’s a better way of moving people, goods and services without relying on a single mode of transportation e.g. road transportation. These transport modes are expected to complement one another by functioning together as a single important transport system.
The Integrated transport system deals in best practice methodologies, managing physical and operating with the needed skills for better performance in which each mode is interconnected and the connection is highly unified including ticketing, scheduling, amongst others. However, the following are the benefits of the integrated transport system:
1. It reduces unhealthy competitions while encourages free and healthy competitions
2. It is a means of perfect transportation by using all modes of transportation harmoniously as a single system to provide transport services.
3. It enhance effective use of all transportation modes
4. It is cost efficient
5. The system is environmental friendly when you compare it with each mode operated independently.
6. It enhances capacity, reliability and safety when you compare it with operating each mode independently
7. It is aimed at satisfying customer’s i.e. (passengers) needs as efficiently as possible.
8. The system has the capacity to achieve greater productivity and economy
9. It creates no room for unnecessary gaps. Every mode is efficiently used.
10. It creates unity and cooperation among transport industries.