Month: September 2024

  • Enforcing Road Safety

    Enforcing Road Safety

    Every year, around 1.3 million people are killed on road around the world and about 50 million are injured. Rapid motorisation along with the poor safety quality of road traffice systems and the lack of institutional capacity to manage outcomes contribute to a growing crisis without urgent action, it is forecast that road traffice injury will be the seventh leading cause of death for all by 2030
    N Chandra Shekar throws light on this growing endemic and issues related to road safety…

    Road traffic injury is a major global public health problem. Rapid motorisation along with the poor safety quality of road traffic systems and the lack of institutional capacity to manage outcomes is contributing to a growing crisis. It has been reported that road traffic crashes result in the deaths of approximately 1.19 million people around the world each year and leave between 20 and 50 million people with non-fatal injuries. More than half of all road traffic deaths occur among vulnerable road users, such as pedestrians, cyclists and motorcyclists. Road traffic injuries are the leading cause of death for children and young adults aged 15–29. In addition to the human suffering caused by road traffic injuries, they also incur a heavy economic burden on victims and their families, both through treatment costs for the injured and through loss of productivity of those killed or disabled. More broadly, road traffic injuries have a serious impact on national economies, costing countries around 3% of their annual gross domestic product. Low-and middle-income countries are estimated to experience even greater economic losses, losing up to 5% of their gross domestic product (GDP) each year. In socio-economic terms, countries around the world are paying a high price for motorised mobility.
    Road Safety: A Global Problem
    It is now widely accepted that serious health losses in road traffic crashes are largely preventable and predictable – a human-made problem open to rational analysis and effective road safety management. Road traffic systems can be developed that reduce the likelihood of serious or fatal crashes occurring and to minimise injury severity in the event of a crash. This is supported by a substantial body of knowledge on how to achieve significant lessening of the costly, adverse impacts of motorisation.
    Understanding Crash Causation
    Road accidents are the most unwanted thing to happen to a road user, though they happen quite often. Man behind the wheel plays an important role in most of the crashes. In most of the cases crashes occurs either due to carelessness or due to lack of road safety awareness of the road user. While most of the road users are well aware of the general rules and safety measures while using roads but it is only the laxity on part of road users, which cause accidents and crashes. One of the main causes of accidents and crashes are due to human errors. It has been traditionally understood that the primary cause of road-crash is the driver or other road user errors; however there are a number of other factors contributing to road crashes. Past post-crash assessments of crash contribution by researchers resulted in too great a focus on driver behaviour. Interventions with potentially greater effect were easily overlooked. When the circumstances of road and vehicle allow, routine driver errors translate into collisions, a focus on the infrastructure and vehicle safety levels that interact with routine driver error is a much more useful means of identifying actions to reduce serious casualty outcomes. One of the key problems is that many road standards used in road projects do not provide for the degree of human vulnerability involved in the use of the road network. Furthermore, the efficient and effective police enforcement of safety behaviours, which contribute to the overall safety performance of road safety engineering standards is lacking. Junction design standards and the management of road use from low-to-high speed environments expect vulnerable road users to compete successfully against faster, bigger vehicles, with tragic consequences.
    Many factors increase both the risk of road traffic crashes and the risk of death or injury they result in. There are a number of other significant risk factors; the non-use of motorcycle helmets, seat-belts and child restraints; distraction, including the use of mobile phones, leading to impaired driving; unsafe vehicles and unsafe road infrastructure; Inadequate post-crash care; Inadequate enforcement of traffic laws. Some of the most common behaviour of humans which results in accidents are:
    Over Speeding
    Most of the fatal accidents occur due to over speeding. Increase in speed multiplies the risk of accidents and severity of injury during the accident. Driving at higher speed significantly increases both the likelihood of a crash occurring and the severity of its consequences. For every 1% increase in mean speed there is a 4% increase in fatal crash risk. The risk of death for pedestrians hit by motorized vehicles also rises rapidly as speed increases. A pedestrian hit by a vehicle travelling at 65 kilometres per hour is 4.5 times more likely to die than those hit by a vehicle travelling at 50 kilometres per hour. Faster vehicles are more prone to accident than the slower one and the severity of accident will also be more in case of faster vehicles. The ability to judge the forthcoming events also gets reduced while driving at faster speed which causes error in judgment and finally a crash. Higher the speed, greater the risk. At high speed the vehicle needs greater distance to stop i.e. braking distance. A slower vehicle comes to halt immediately while faster one takes long way to stop and also skids a long distance due to law of notion. A vehicle moving on high speed will have greater impact during the crash and hence will cause more injuries.
    Drunken Driving
    Driving under the influence of alcohol or other psychoactive substances presents significant risk factor for road traffic injuries. In the case of drink-driving, risk of road traffic injury increases significantly as the driver’s blood alcohol concentration goes up. In the case of drug-driving, the risk of road traffic injury increases to differing degrees depending on the psychoactive drug used. Alcohol reduces concentration. It decreases reaction time of a human body. Limbs take more to react to the instructions of brain. It hampers vision due to dizziness. A blood alcohol concentration (BAC) of up to 0.05 g% is likely to make you at risk of impaired judgment and reduced inhibitions. A BAC of 0.08 to 0.15 g% is likely to put you in a risky state. For every increase in blood alcohol concentration, the risk of accident doubles. Apart from alcohol many drugs, medicines also affect the skills and concentration necessary for driving.
    Distraction to Driver
    Distraction while driving has become a major cause of accidents. Distractions could be outside or inside the vehicle. One of the major distractions while driving is talking or texting on a cellular phone. The act of talking on phone results in division of brain functioning and hampers reaction time and ability of judgement becoming one of the key reasons of crashes. Some of the distractions on road are adjusting mirrors while driving; playing of stereo/radio in vehicle; animals on the road; banners and billboards.
    Non-compliance with Road Rules
    One of the most common factors for road crashes is non-compliance with road rules. Jumping a red light has become a common phenomenon across the length and breadth of the country. It is a common sight at road intersections that vehicles cross without caring for the light. A red light jumper not only jeopardizes his life but also the safety of other road users. This act by one driver incites other driver to attempt it and finally causes chaos at crossing. This chaos at intersection is the main cause of traffic jams. Eventually everybody gets late to their destinations. It has also been seen that the red light jumper crosses the intersection with greater speed to avoid crash and challan but it hampers his ability to judge the on-going traffic and quite often crashes.
    These facts highlight the effect of lower enforcement presence and inadequate traffic control mechanism. Studies have shown that traffic signal followed properly by all drivers saves time and commuters reach destination safely and timely. Non-adherence to lane driving and overtaking in a wrong manner is one more factor in road crashes.
    Avoiding Safety Gears like Seat Belts and
    Helmets
    Use of seat belt in four-wheeler is now mandatory and not wearing seat belt invites penalty, same in the case of helmets for two wheeler drivers. Wearing seat belts and helmet has been brought under law after proven studies that these two things reduce the severity of injury during accidents. Wearing seat belts and helmets doubles the chances of survival in a serious accident. Safety Gears keep you intact and safe in case of accidents. Two wheeler deaths have been drastically reduced after use of helmet has been made mandatory. One should use safety gears of prescribed standard and tie them properly for optimum safety.
    Main road traffic crash types
    • Walking and cycling across or along the road. A vulnerable road user’s risk increases steeply in mixed speed traffic when traffic speeds are greater than 30 km/h.
    • Head-on crashes typically kill and seriously injure occupants even in the best designed vehicles at speeds greater than 70 km/h.
    • Side impacts at intersections typically kill and seriously injure occupants even in the best designed vehicles at speeds greater than 50 km/h.
    • Run-off-road crashes into rigid fixed objects produce a high number of fatal and serious outcomes at speeds greater than 70 km/h for frontal impacts and 50 km/h for side impacts even in the best designed vehicles.
    The Situation in India
    In India, about 80,000 people are killed in road crashes every year which is 13% of the total fatality all over the world. Exposure to adverse traffic environment is high in India because of unprecedented rate of motorization, growing unplanned urbanization and lack of effective traffic management. As a result, incidents of road accidents, traffic injuries and fatalities have remained unacceptably high in India.
    Status of Road Accidents in India
    • As per the National Crime Records Bureau (NCRB) data, there are around 1.5 lakh deaths on India’s roads every year, of which one third are accounted for by National Highways.
    • Though India accounts for about 1% of motor vehicles globally, it records more than 11% of road traffic deaths.
    • Lancet Report: India accounts for almost 10% of all crash-related deaths, while accounting for only 1% of the world’s vehicles.
    Causes of high incidence of road accidents and fatalities in India
    • Traffic rules violations – Over speeding and driving on wrong side together accounted for 76% of total accidents along with other violations like drunken driving, red light jumping and use of mobile phones. Over speeding and undisciplined driving – Approx 50,000 accidents in India are on account of over speeding.
    • Inadequate surveillance – ‘Hit and run’ cases go un-investigated due to absence of surveillance infrastructure, 73% two-wheeler accident victims do not wear helmets and a significant proportion of four wheelers do not wear seatbelts or possess driving license. Lower enforcement presence in high risk areas – Over 50% accidents occurred in open and sparse areas and 73% at uncontrolled junctions. 64% of accidents occurred on straight roads but signboards and warnings are usually found on steep and curved roads. These facts highlight the effect of lower enforcement presence and inadequate traffic control mechanism in isolated areas.
    • Skewed road traffic engineering – Two-wheelers accounted for the highest share in total road accidents but have been neglected during road traffic engineering and planning as shown by lack of separate lanes for them and pedestrians. Motorization and Urbanisation – Are also the main causes of road crash fatalities.
    • Low quality infrastructure, standards and maintenance – In India, quality of road construction is low and road standards are not enforced by builders, which lead to development of potholes; also maintenance of roads is a corrective measure than preventive in India. One of the glaring features of Indian roads is faulty road designs; lack of caution signs; big potholes and illegal speed breakers.
    • Vehicular load condition – Over-loaded vehicles directly and indirectly causes road mishaps. Overloaded vehicle is accident prone as it is difficult to control during an emergency and it also affects quality of roads, which further increase vulnerability of travellers to accidents.
    • Legislative lacunae – Old vehicles ply without regulation culminating into tyre bursts on high speed expressways. Weak Vehicle safety standards in India
    • Ineffective and inefficient road regulations – Due to lack of caution signs, big potholes, illegal speed breakers.
    • Encroachment of road – Unruly road congestion caused by hawkers disrupts normal movements of vehicles.
    • Laxity in driving license regulations – Lax procedure in obtaining a driving license
    • Lack of quality driving schools – Drivers’ fault was responsible for 80% killings in road accidents in 2016, underscoring the need for improved enforcement and also for establishment of quality driving schools, driver testing centers and standardized driver license regulations by RTOs.
    • Inefficient public transport – The paucity of end to end public transport and its inefficiencies in India leads to the public opting for private vehicles.
    • Lack of emergency medical services – Administration and availability of first aid at accident site and transportation of victim from site to hospital is found wanting on majority of highways. Lack of emergency health services availability – In 2017, 65% road fatalities took place in rural areas, suggesting inadequate trauma care facilities in rural areas.
    Government of India’s Policy Initiatives for
    Improving Road Safety
    The National Road Safety Policy looks at overall road safety, and outlines initiatives to be taken by the Government at all levels. The government is committed to:
    • Raise Awareness about Road Safety Issues
    • Establish a Road Safety Information Database
    • Ensure Safer Road Infrastructure
    • Safer vehicles with built in features at the design stage
    • Road Traffic Safety Education and Training
    • Enforcement of Safety Laws
    • Emergency Medical Services for Road Accidents
    • Government has decided to establish a dedicated National Road Safety and Traffic Management Board (NRSTMB) to oversee the issues related to road safety and evolve effective strategies for implementation of the Road Safety Policy.
    • Motor Vehicles (Amendment) Bill, 2016 passed in Lok Sabha and pending at committee stage, seeks to address various issues, including road safety: The Bill allows government to order for recall of motor vehicles if it may cause damage to environment, driver or other road users. Good Samaritan will not be liable for any civil or criminal action for any injury to or death of an accident victim.
    • Bill increases penalties for several offences under the Act like drunken driving
    • Cashless treatment for road accident victims during golden hour.
    • Compensation in case of death in hit and run accident, where no person can be held liable for the accident
    However, the Bill does not provide for any road safety agencies or improving road design and engineering.
    Other Steps Taken by the Government for the Roads Sector
    • Constitution of National Road Safety Council (NRSC)/ State Road Safety Councils and District Committees.
    • Measures and awareness campaign on road safety like telecasting/broadcasting of T.V. spots/Radio jingles, display of cinema slides, hoardings, organizing Road Safety Week.
    • High priority has been accorded to identification and rectification of black spots (accident prone spots) on national highways.
    • Comprehensive database of traffic accidents to develop targeted safety programmes.
    • Anti-lock Brake System (ABS) has been made mandatory for some classes of vehicles.
    • In order to ensure safe and smooth flow of traffic, Ministry of Road Transport & Highways has envisaged a plan for replacement of all the Level Crossing on National Highways under a scheme Setu Bhartam.
    • Setting up of model driving training institutes in States and refresher training to drivers of Heavy Motor Vehicle in the unorganized sector.
    • Road safety has been made an integral part of road design at planning stage.
    • Providing cranes and ambulances to various State Governments under the National Highway Accident Relief Service Scheme for development on National Highways.
    Way Ahead to Mitigate Road Accidents
    • Education and Awareness Campaigns – Launching comprehensive education and awareness campaigns is essential to foster a culture of road safety. These campaigns should target all road users, including drivers, pedestrians, and cyclists. They should emphasize the importance of understanding and following road safety rules, recognizing potential hazards, and practicing responsible road behavior. Through these campaigns, individuals can become more aware of their role in preventing accidents and minimizing risks. Conduct road safety awareness campaigns to educate the public about the importance of following traffic rules and safe driving practices.
    • Strict Law Enforcement – Enforcing traffic rules and regulations is a critical aspect of accident prevention. Stringent enforcement sends a clear message that violations will not be tolerated. Penalties for speeding, reckless driving, driving under the influence (DUI), and failure to wear seatbelts must be consistently applied. This discourages dangerous behaviour and instils a sense of accountability among road users, leading to safer road practices. Enforcement of Traffic Laws to strengthen law enforcement agencies to ensure strict adherence to traffic rules and impose penalties for violations.
    • Improved Infrastructure – Invest in better road infrastructure, including wider roads, well-maintained highways, and pedestrian-friendly amenities. Investing in well-designed infrastructure is crucial for accident prevention. Roads should be designed with safety in mind, incorporating features such as proper signage, clear road markings, and well-lit streets. Adequate pedestrian crossings, pedestrian-friendly pathways, and designated cycling lanes create a safer environment for vulnerable road users. Properly designed infrastructure reduces confusion, minimizes conflicts, and mitigates the likelihood of accidents caused by inadequate road layouts.
    • Public Transport – Promote the use of public transportation to reduce the number of private vehicles on the road. Developing and promoting reliable public transportation systems offers a sustainable solution to reducing overall traffic volume. Well-connected and efficient public transportation encourages people to opt for safer alternatives to personal vehicles, especially for daily commutes. Enhanced public transportation systems also alleviate traffic congestion, leading to fewer accidents caused by traffic jams. By making public transport accessible, convenient, and affordable, communities can encourage a shift toward safer modes of travel.
    • Advanced Driver Training – Introducing advanced driver training programs goes beyond basic driving skills. These courses enhance drivers’ abilities to anticipate and react to potential hazards. Techniques such as defensive driving, maneuvering in challenging situations, and understanding the limitations of vehicles can significantly reduce the risk of accidents. Equipping drivers with these skills makes them better able to navigate complex traffic scenarios safely.
    • Modernize Licensing Process – Implement a transparent and modernized driver’s licensing system to ensure that only qualified individuals receive licenses.
    • Use of Technology – Employ technology like CCTV cameras, speed cameras, and traffic management systems to monitor and manage traffic more effectively. Smart Traffic Management. Leveraging technology for smart traffic management offers a proactive approach to accident prevention. Traffic cameras, sensors, and real-time traffic data can monitor traffic flow, congestion points, and unusual patterns. With this data, authorities can adjust traffic signal timing, redirect traffic, and implement diversions to reduce congestion and the risk of accidents. Smart traffic management also enhances emergency response times, ensuring prompt assistance in case of accidents or road incidents.
    • Strict Driving under the influence (DUI) Laws – Enforce strict laws against drunk driving, including hefty fines and license suspensions. Implementing sobriety checkpoints is an effective strategy to deter and catch drivers operating vehicles under the influence of alcohol. These checkpoints involve law enforcement officers stopping vehicles to conduct tests for alcohol impairment. Coupled with this, awareness campaigns should promote responsible drinking habits and the dangers of intoxicated driving. By combining enforcement with education, communities can curb accidents caused by impaired driving. Preventing drunk driving saves lives and ensures the safety of all road users.
    • Pedestrian Safety Measures – Construct safe pedestrian crossings, footpaths, and pedestrian overpasses to protect those on foot. Prioritizing the safety of pedestrians and cyclists is essential to reduce accidents involving these vulnerable road users. Designing and implementing dedicated lanes and crossings for pedestrians and cyclists provides them with safe spaces to travel. Simultaneously, public awareness campaigns can educate pedestrians and cyclists about their rights and responsibilities on the road. Encouraging mutual respect and understanding among all road users fosters a harmonious coexistence and reduces the risk of accidents.
    • Community Engagement – Involve local communities in road safety initiatives to create a sense of responsibility among citizens. Involving local communities, schools, and organizations in road safety initiatives creates a shared responsibility for road safety. Community engagement can include workshops, seminars, and awareness campaigns that educate individuals about safe road behaviors. Schools can integrate road safety education into their curriculum, fostering responsible road habits from a young age. When communities actively promote road safety, a collective effort is formed to prevent accidents, encourage adherence to rules, and prioritize the well-being of all road users.
    Every year, countless lives are impacted by road accidents, highlighting the urgent need for comprehensive strategies to enhance road safety. This pressing issue calls for a collective effort to implement effective solutions that mitigate risks and create safer road environments for everyone. It’s essential for all stakeholders to collaborate and prioritize road safety to save lives and prevent injuries on Indian roads. Road safety in India is a multifaceted challenge that requires progressive shifts in thinking and practice about how to manage road safety. By addressing the challenges mentioned above and implementing the suggested solutions, India can work towards significantly reducing the number of road accidents and making its roads safer for everyone. The 2030 Agenda for Sustainable Development has set an ambitious target of reducing road traffic deaths and injuries by 50% by 2030.

  • Is Road Rage Out of Control?

    Is Road Rage Out of Control?

    Road rage has happened to more than half of all drivers. One study estimates that more than half of all drivers have experienced a surge of road rage at some point, although not all bang into the offender’s rear bumper, or hurl expletives and come to blows. Still, tens of thousands of accidents happen each year because of aggressive driving, which is also a leading cause of death. Aggressive driving has become a topic of concern over the last few decades, and for good reason. Do you know what’s causing one to be a road rager? N Chandra Shekar takes a look at the urban malady which is becoming an epidemic…

    Aggressive driving has been a problem on our roadways for a while, and it seems to only be getting worse. Incidents of screaming, rude gestures, and sometimes even violence are reported frequently on our roadways to the point where it has earned its own name – Road Rage. Road Rage is when a driver “commits moving traffic offenses so as to endanger other persons or property; an assault with a motor vehicle or other dangerous weapon by the operator or passenger of one motor vehicle on the operator or passengers of another motor vehicle”. Road rage is a social phenomenon that involves risks for drivers and has an impact on road safety. However, there is a clear distinction between road rage and aggressive driving, where the former is a criminal charge and the latter a traffic offense. Aggressive driving is one of the major causes of road accidents hence, it is important to investigate the factors that may promote both, identifying and avoiding aggressive driving and road rage behaviour.
    What makes some people more prone to anger
    behind the wheel?
    Psychologists are studying what makes some people more prone to road rage and how to keep them from becoming a danger on the road. Research suggests that young males are most likely to perpetrate road rage. Environmental factors such as crowded roads can boost anger behind the wheel. Certain psychological factors, including displaced anger and high life stress, are also linked to road rage.
    Driving presents many stresses because of high speeds and the actions of other drivers. A stressed driver’s behaviour depends on that driver’s coping abilities. Generally, drivers who score high on aggression tests use direct confrontation strategies when faced with stress while driving. Many drivers who experience road rage have admitted that they believe they commit more traffic violations. As stress increases, the likelihood of a person exhibiting road rage increases dramatically. Typically, younger males are most susceptible to road rage. Most reported cases of road rage occur because of cutting in and out of traffic, lane changes, and disputes over parking spots or rude gestures. A report found that 6.8% of road rage incidents result in death. One scary statistic worth noting is 2% of drivers admit to trying to run an aggressor off the road!
    Road rage is aggressive or angry behaviour exhibited by motorists. This behaviour include rude and verbal insults, yelling, physical threats or dangerous driving methods targeted at other drivers, pedestrians or cyclists in an effort to intimidate or release frustration. Road rage can lead to altercations, damage to property, assaults, and collisions that result in serious physical injuries or even death. Strategies include (but are not limited to) cutting motorists off, inappropriate honking, using obscene gestures, flipping off another driver, swerving, tailgating, brake checking, and attempting to fight.
    Road rage can include:
    • Shouting, excessive use of a horn or obscene gestures and threats.
    • Actions such as cutting off another vehicle, driving closely, blocking another vehicle so that it cannot use a traffic lane, chasing another vehicle or running it off the road, or deliberately slamming into a vehicle.
    • Stopping a vehicle on the side or in the middle of the road, exiting the vehicle to threaten, attack, fight, or injure another motorist, passenger, pedestrian, bicyclist, or any other person.
    Are You Guilty of Road Rage?
    One may like to think that road rage is something that only happens to other people, but the truth is many of us are guilty of aggressive behaviour on the road. Ask yourself these questions and answer honestly:
    • Do you regularly drive over the speed limit, or try to “beat” red lights because you are in a hurry?
    • Do you tailgate or flash your headlights at a driver in front of you that you believe is driving too slowly?
    • Do you honk the horn often?
    • Do you ever use obscene gestures or otherwise communicate angrily at another driver?
    • If you answered yes to any of these questions, it is possible you are susceptible to road rage. Many times when a road rage incident occurs it is because the person was under stress in other areas of their life. The addition of congested traffic can add to stress, which then explodes when it is perceived someone else on the road has acted in an aggressive way, whether intentional or not.
    Do You Cause Road Rage?
    Even if you answered no to the questions above, are you sure you aren’t causing others to lash out with road rage? Ask yourself these questions as well:
    • Do you frequently use your phone while driving, or otherwise drive while distracted?
    • Do you keep your high beams on, regardless of oncoming traffic?
    • Do you switch lanes or make turns without using your turn signal?
    • Do you fail to check your blind spot before switching lanes to make sure you aren’t cutting someone off?
    If you answered yes to any of these questions, you may be contributing to causing road rage in others. While a violent reaction to switching lanes without a turn signal isn’t warranted, it’s best to not put yourself in that situation to begin with by always being aware of other drivers and driving cautiously.
    Half of the drivers who are on the receiving end of an aggressive behaviour, such as horn honking, a rude gesture, or tailgating admit to responding with aggressive behaviour themselves.
    How to Handle Road Rage
    If you find that you have agitated another driver, whether the fault is truly yours or not, do not react or retaliate to the other driver on the road. This will only cause the situation to escalate. Remind yourself that the other driver is just bad at handling stress, avoid eye contact and continue to practice safe driving habits.
    Unfortunately, it does not look like this problem is going away any time soon. All you can do is be a considerate, aware driver that follows the rules of the road. While it may be difficult in the heat of the moment, do not give in to feelings of anger or rage on the road. Think twice before you honk the horn or flip that finger, because you never know what may set off the person in the cars around you. Getting home safely is more important than teaching someone a dangerous lesson.
    If You Are Prone to Road Rage
    • Get sufficient rest — lack of sleep leads to loss of control.
    • Limit alcohol — Alcohol can make you rageful, and impair one’s driving other ways.
    • Leave earlier for your destinations. That 10-second wait won’t bug you as much.
    • Play soothing music. This can really help.
    • Be aware of your driving. Watch yourself — what makes you angry, how long do you stay angry. Tell yourself, “It was not their fault — it was the guy in front of them.”
    • Put pictures of your loved ones on the dashboard — you want to come home to them.
    Remember, this behaviour can cost people in more ways than one. People don’t think about that, This behaviour can have a high price tag even if no one is hurt or killed — tickets, lawyers, court costs, damage to vehicles, insurance rates.
    If You are Threatened by a Rager
    People do some crazy things, they bump you, they run people off the road, they get a weapon, they yell, they make hand gestures. They go out of control. This is women, too. Therefore, it’s up to the victim to control the situation. Some precautions to handle a road rager:
    • If you are being tailgated, change lanes.
    • If someone wants to pass, slow down and let them.
    • Don’t return gestures.
    • Stay behind the person who is angry at all costs (they can do less damage if you are behind them)
    • If necessary, pull off the road or take an exit and let them go on by.
    • Don’t make eye contact.

  • Transportation of Dangerous and Hazardous Materials

    Transportation of Dangerous and Hazardous Materials

    Dangerous goods are substances and articles that have explosive, flammable, toxic, infectious or corrosive properties and pose a risk to public safety, property and the environment. The transportation of these goods involves the implementation of adequate measures to ensure their transit in total security and safety. Let us take a brief look at the various legal requirements and precautions to be taken while transporting such materials.

    The proportion of hazardous chemicals in total freight traffic is increasing at a rapid rate. Of the carriers that carry hazardous goods approximately two-thirds of them carry flammable petroleum products including kerosene, petrol, LPG, naphtha, etc. The movement of such substances is more prone to accident than the movement of other goods. When involved in a road accident, may cause disastrous consequences like fire, explosion, injuries, in addition to property loss and environmental pollution.
    The safety codes and safety requirements to be followed in transportation of hazardous materials are laid down in the Central Motor Vehicles Rules.
    TRANSPORTATION OF GOODS OF DANGEROUS OR HAZARDOUS NATURE
    Rule 129
    • Every goods carriage carrying dangerous or hazardous goods shall display a distinct mark of the class label appropriate to the type of dangerous or hazardous goods.
    • Every package containing dangerous or hazardous goods shall display the distinct class labels appropriate to the type of dangerous or hazardous goods.
    • In the case of packages containing goods which represent more than one hazard, such packages shall display distinct labels to indicate the hazards.
    • Every goods carriage carrying goods of dangerous or hazardous nature shall be fitted with a techograph, an instrument to record the lapse of running time of the motor vehicle; time speed maintained, acceleration and declaration etc., and a spark arrester.
    Rule 130
    MANNER OF DISPLAY OF CLASS LABELS
    • The class label shall be so positioned that the size of the label is at angle of 45 degrees to the vertical and the size of such label shall not be of less than 25 mm square which may be divided into two portions, the upper half portion being reserved for the pictorial symbol and the lower half for the test.
    Rule 131
    RESPONSIBILITY OF THE CONSIGNOR FOR SAFE TRANSPORT OF
    DANGEROUS OR
    HAZARDOUS GOODS
    The consignor has to ensure the following points
    • The goods carriage has a valid registration to carry the hazardous goods.
    • The vehicle is equipped with necessary First-aid, Safety equipments and antidotes as may be necessary.
    • The transporter or owner of the goods carriage has full and adequate information about the dangerous or hazardous goods being transported.
    • The driver of the goods carriage is trained in handling the dangers posed during transport of such goods.
    • Every consignor shall supply to the owner of the goods carriage full and adequate information about the dangerous or hazardous goods, being transported as to enable such owner and its driver:
    • To make aware of the safety rules for transportation of hazardous materials.
    • To make aware of the risks created by such goods to health or safety of any person.
    Rule 132
    RESPONSIBILITY OF THE TRANSPORTER OR OWNER OF GOODS CARRIAGE
    • It shall be the responsibility of the owner or transporter to ensure the following
    • The goods carriage has valid registration and permit and is safe for the transportation of the said goods.
    • The vehicle is equipped with necessary first-aid, safety equipment tool box and antidotes as may be necessaty to contain any accident.
    • The owner or transporter should satisfy himself that the information given by the consignor is full and accurate.
    • The owner or transporter should ensure that the driver being deputed for transportation is trained to handle and transport such hazardous materials.
    • The owner of the goods carriage carrying dangerous or hazardous goods and the consignor of such goods shall lay down the route for each trip.
    • The owner of the goods carriage should ensure that the driver holds a driving Licence as per provisions of Rule 9, of the Central Motor Vehicle Rules.
    • As per Rule 9, the driver should have the ability to read and write at least one Indian language specified in the Seventh Schedule of the Constitution, and in the English language.
    • The driver should have successfully passed a course connected with the transport of hazardous goods.
    Rule 133
    RESPONSIBILITY OF THE DRIVER
    It is the responsibility of the driver to keep all information provided to him in writing i.e., in the form TREM CARD (Transport Emergency Card). This is to be kept in the driver’s cabin and is available at all times while hazardous material related to it is being transported.

    Rule 134
    EMERGENCY
    INFORMATION PANEL
    • It is essential for every hazardous material carrier to display correctly the emergency information panel.
    • Emergency information panel should be legibly and conspicuously marked in each of the three places specified so that the emergency information panel faces each side of the carriage and its rear. Such panel shall contain the following information:
    • The correct technical name of the dangerous or hazardous goods in letters not less than 50mm high.
    • The United Nations class number for the dangerous goods in letters not less than 100mm high.
    • The class label of the dangerous or hazardous goods in the size of not less than 250mm square.
    • The name and telephone number of the emergency services to be contacted in the event of fire or any other accident in letters and numerals that are not less than 50mm high, and the name and telephone number of the consignor of the dangerous or hazardous goods or of some other person from whom expert information and advice can be obtained concerning the measures that should be taken in the event of an emergency.
    Rule 135
    DRIVER TO BE
    INSTRUCTED
    The owner of every goods carriage transporting dangerous or hazardous goods shall ensure to the satisfaction of the consignor that the driver of the goods carriage has recieved adequate instructions and training to enable him to understand the nature of the goods being transported by him, the nature of the risks arising out of such goods, precautions he should take while the goods carriage is in motion or stationary, and the action he has to take in case of any emergency.

    Rule 136
    DRIVER TO REPORT TO THE POLICE STATION ABOUT ACCIDENT
    The driver of a goods carriage transporting any dangerous or hazardous goods shall, on the occurrence of an accident involving any dangerous or hazardous goods transported by his carriage, report forthwith to the nearest police station and also inform the owner of the goods carriage or the transporter regarding the accident.
    Rule 137
    CLASS LABELS
    In respect of the dangerous or hazardous goods specified below, the labels shall be listed as: classification of Hazardous Goods – Class Label (Image below)
    Educational Qualifications for Drivers of Carriages Carrying Dangerous or Hazardous Goods:
    One year from the date of commencement of the Central Motor Vehicles (Amendment) Rules, 1993, any person driving a goods carriage carrying goods of dangerous or hazardous nature to human life shall, in addition to being the holder of a driving licence to drive a transport vehicle, also has the ability to read and write at least one Indian language out of those specified in the Seventh Schedule of the Constitution, and in English language. The driver should also possess a certificate of having successfully passed a course consisting of the following syllabus and periodicity connected with the transport of such goods.
    Period of training: 3 Days
    Place of training: At any institute recognised by the State Government

    A. Defensive Driving
    Questionnaire, Cause of Accidents, Accidents Statistics, Driver’s Personal Fitness, Car Condition, Braking Distance, Highway Driving, Road/Pedestrian Crossing, Railway Crossing, Adapting to Weather, Head-on Collision, Rear-End Collision, Night Driving, Films and Discussion
    B. Advance Driving Skills and Training
    (i) Place of training: At any institute recognised by the State Government
    Duration of Training for A & B: 1st and 2nd Day
    Hazard Classifications
    Dangerous goods must be classified in accordance with the requirements and assigned a number, name, description and packing group (where appropriate) as indicated in the Dangerous Goods list. They are therefore assigned to different classes depending on their predominant hazard which can be seen below.
    For packing purposes, substances are assigned to a specific packing group based on the level of danger they present:
    Packing Group I – Substances presenting a high danger
    Packing Group II – Substances presenting a medium danger
    Packing Group III – Substances presenting a low danger
    The UN Model Regulations use a classification system in which each dangerous substance or article is assigned to a class depending upon the nature of the danger it presents. There are, as can be seen above, nine classes, some of which are sub-divided as detailed below.
    CLASS 1 – Explosives
    Although explosives can behave in a violent way when suitably initiated, they are designed to be quite stable and insensitive under normal surface conditions.  This means that they can be handled and transported by land and sea quite safely, so long as they are not subjected to violent shock, as in a high-speed traffic accident, or worse, allowed to heat up in a fire. 
    There are six divisions in Class 1. The divisions show how the explosives will react and behave when initiated. The items are also assigned one of the 13 Compatibility Group letters, basically to indicate which types may travel safely with which.

    Explosives are declared as NEQ (Net Explosive Quantity) when described in the transport document, separate to the gross weight.
    Division 1.1 – Mass explosion hazard
    Division 1.2 – Projection hazard only
    Division 1.3 – Fire hazard, minor explosion or minor projection hazard
    Division 1.4 – Minimal hazard
    Division 1.5 – Blasting agents
    Division 1.6 – Very insensitive detonating articles
    CLASS 2 – Gases
    Gases are mostly carried under pressure to reduce their volume, and as a result, also save space in transport and storage. This pressure itself creates a danger if it is released suddenly.  The pressure never dissipates, unlike heat, which is transferred to or from the surroundings until a uniform temperature prevails.
    Applying pressure to gases will reduce their volume, but if they turn to liquid under pressure, the volume is reduced much further several hundred times.  Some gases liquefy under pressure at normal temperatures, e.g. liquefied petroleum gases, chlorine, and ammonia. 

    But some of the permanent gases will only liquefy if they are also refrigerated down to very low (critical) temperatures, e.g. as low as – 269° C for liquid helium. These include oxygen, nitrogen, hydrogen, helium, neon, and argon. Once liquefied, they have to be contained in special heavily insulated containers to prevent them from warming up. Extreme cold poses a significant danger, especially if cold metal or other surfaces are accidentally touched without protection. Also, the release of very cold gas can create a serious breathing hazard, causing direct damage to the lungs or leading to localized oxygen deprivation.
    Class 2 gases have three divisions
    Division 2.1 – Flammable gases
    Division 2.2 – Non-flammable and non-toxic gases
    Division 2.3 – Toxic gases
    Unfortunately, as is the case in everything we do, we can add one unreliable ingredient into the mix, humans.
    CLASS 3 – Flammable Liquids
    Some flammable liquids derive from petroleum, such as petrol and kerosene, whereas others are manufactured through natural or industrial processes such as alcohols.
    Vapours are created when some molecules in the liquid have sufficient energy and are moving with sufficient velocity to break clear of the surface into the air space above.  The warmer the liquid, the more molecules reach this energy and velocity level, and the faster the vapour is formed.

    The vapours are invisible, and always much heavier than air.  They will flow downhill and collect at the lowest point. 
    Flammable liquids are placed in packing groups according to their boiling point and flashpoint.

    PACKING GROUP INITIAL BOILING POINT FLASHPOINT (CLOSED CUP)

    CLASS 4.1 / 4.2 / 4.3
    Flammable solids, spontaneously combustible and dangerous when wet.

    CLASS 4.1 – Flammable Solids
    These will burn easily, more so than ordinary combustible materials such as wood and paper.  The burning may be fierce and rapid, creating great heat.

    Some 4.1 are desensitised explosives, e.g. wetted trinitrotoluene (TNT) which would otherwise be in Class 1.  Some are self-reactive, and are liable to break down chemically, if they get above a certain temperature, or are subjected to shock etc.
    CLASS 4.2 – Spontaneously Combustible
    Division 4.2 goods are either solids or liquids. They will ignite spontaneously in contact with oxygen. They must be kept in airtight packages or as liquids under inert gas or liquid blanket. Pyrophoric materials will ignite within five minutes of coming into contact with air and are always assigned to Packing Group I. Other materials will ignite only when in large amounts and after long periods of time. These are in Packing Group II or III, depending on classification tests.
    CLASS 4.3 – Dangerous When Wet
    Division 4.3 goods react with water, either as a liquid or as vapour, and generate flammable gas.  This can be ignited by the heat of the reaction.  They must be kept in watertight containers, hermetically sealed to avoid the entry of moisture or water vapour.
    CLASS 5.1 / 5.2
    Oxidising Agents and Organic Peroxides
    CLASS 5.1 – Oxidising Agents
    Because of their high oxygen content, these are often reactive materials.  They may react with other flammable or combustible materials, and the heat generated may start the latter burning. 

    The agents then supply the oxygen to keep them burning without any help from oxygen in the air, as is the case with normal combustion.
    Such fires may, therefore, break out and continue in confined spaces, e.g. inside cargo holds, and once started, may be difficult to extinguish.  Blanketing with powder or foam is useless as the oxygen is already present in the agent underneath.
    Some oxidisers can be explosive if heated strongly, particularly in the presence of carbon. Ammonium nitrate mixed with hydrocarbon oil, e.g. diesel, becomes a powerful explosive, much used in the extractive industries, and by terrorists.
    CLASS 5.2 – Organic Peroxides
    The molecule contains structures containing carbon (organic) linked by a double oxygen bond (peroxide).  Thus, the fuel and the oxygen are together in the same molecule, making them even more liable to ignition than a separate combustible material.
    They are designed to be reactive for a number of industrial purposes, and may consequently be unstable, and sometimes explosive.  When they are first developed, they may be classified as either Class 1 or Class 5.2 generally depending on the intended end-use.  On the basis of their chemical structure alone, they could be considered as either.
    They often have to be maintained under refrigeration to keep them inactive, and then the temperature must be carefully controlled.  If they exceed a certain temperature specific to the material, they will start to decompose rapidly, similar to the self-reactive materials in Class 4.1, resulting in uncontrollable progress towards fire or explosion. 
    Because of their reactive nature, they can be very damaging to the human body, particularly the eyes.
    CLASS 6.1 / 6.2
    Toxic and Infectious Substances
    CLASS 6.1 – Toxic Sign
    These are chemical poisons that can damage the human body, in whole or in part.  They must not be allowed to get inside the body through swallowing, breathing in, or by absorption through the skin.

    The toxics range in power from those which kill in minutes, e.g. the cyanides, to those which would injure but not necessarily kill, so long as the dose was not excessive, e.g. the chlorinated hydrocarbons toxics in Class 6.1 can be in solid or liquid form. 
    Toxic gases are in Class 2.3
    Generally, 6.1 must not be carried with foodstuffs, however, there are exceptions.
    CLASS 6.2 – Infectious Substances
    Division 6.2 goods contain pathogens, i.e. micro-organisms that cause infectious disease in humans or animals. They are graded for danger for transport into one of three groups, of which only the first two are considered dangerous for transport on infectious grounds.
    Category A: Capable of causing permanent disability, life-threatening or fatal disease to humans or animals. These are assigned to UN 2814. Some examples being:
    • Ebola Virus
    • Hepatitis B Virus
    • Lassa Virus
    • Rabies Virus
    Infectious substances or viruses which cause disease only in animals are assigned to UN 2900. Some examples are:

    • African Horse Sickness
    • Foot & Mouth Disease
    • Sheeppox
    • Vesicular Stomatitis
      CLASS 7 –  Radioactive Substances
      These radioactive materials are materials containing unstable atoms that change their structure spontaneously in a random fashion over time.
      As each atom changes, they emit invisible radiation that may cause chemical or biological change, known as ionizing radiation. This can damage the body in some way or other, depending on the type of radiation, and the duration of the exposure.

    Ionizing radiation is generally dangerous to the human body, depending on the type of radiation, the dose and the duration of the exposure.
    Some radioactive materials may also have other hazardous properties, and packages may, therefore, carry other UN warning signs to indicate subsidiary risks.
    Radioactive packages are perfectly safe to handle and transport because the packaging acts as a shield.  They will not create any health hazard for transport workers.  However, the rule is to keep any dose of ionizing radiation to a minimum.  The dose, in turn, depends on:
    • The strength of the radioactive source, the “activity”
    • The distance from the source
    • The barriers around the source
    • The exposure time

    Excepted Packages
    The radiation level at the surface must be below 5 mSv/hour.
    The Sievert symbol, Sv is a derived unit of ionizing radiation dose in the International System of Units (SI) and is a measure of the health effect of low levels of ionizing radiation on the human body).
    The packages must be declared as radioactive on the declaration, but they do not need to be labelled.  In default of other hazardous properties, they can be carried as ordinary goods.
    CLASS 8 – Corrosive Substances
    These are highly reactive materials that produce positive chemical effects, resulting in changes in the affected materials.
    For this reasons, corrosives are used extensively in industry to produce a wide range of transformations and effects.

    This active nature can obviously be very damaging to the body.  They work from outside the body by destroying the tissue, in the opposite way to the toxics, which works from inside the body on the various organs and life systems.
    Corrosives are described as either acids or alkalis. Acids react with metals which are generally strong and flexible, to produce salts, which can be fragile crystals that are soluble in water.  Inorganic acids include carboxylic, acetic, formic, and benzoic, and fatty acids like oleic, palmitic, and stearic.
    Common alkalis are sodium and potassium hydroxide, ammonium hydroxide. These are very corrosive to skin, eyes and mucous membranes.  Alkalis neutralise acids, but the reaction may be strong and create a lot of heat very rapidly.  This can cause the water in the solution to flash off to steam violently, throwing the material aside in a dangerous fashion.
    Corrosives are placed in Packing Groups according to their ability to cause full thickness destruction of intact skin tissue within a certain observation period, starting after a certain exposure time, measured in minutes, hours, or days.
    There are strict requirements on the carriage of acids and alkalis during sea journeys (IMDG Regulations)
    CLASS 9 – Miscellaneous Dangerous Substances and Articles
    Class 9 covers substances and articles which during carriage, present a danger not covered by the heading of other classes.
    Such products have properties that cannot be included elsewhere in the UN Class system, or which have a number of disconnected dangers crossing two or more Class boundaries.

    These also include hazardous substances and wastes, such as environmentally hazardous substances, miscellaneous articles and substances that are transported at elevated temperatures such as tar (bitumen) and also some foodstuffs
    An example of this diversity is self-inflating life rafts, which include in the package:
    • A large compressed gas cylinder, usually carbon dioxide, to inflate the raft and its canopy when it hits the water.
    • Various explosive flares, coloured smoke candles, etc. for attracting the attention of rescuing air and sea craft.
    • Flammable solid materials for heating food and providing warmth.
    • Fabric repair kits, containing flammable liquids as the base for adhesive solutions.
    The Class sign is unique in the UN system in that it gives no indication of the particular danger, which can only then be obtained from written information.
    There are two UN numbers in Class 9 for environmentally hazardous materials. UN 3077 Environmentally Hazardous Substance Solid N.O.S and UN 3082 Environmentally Hazardous Substance Liquid N.O.S.
    Hazardous Material includes a number of other products identified which may not be included in the above list of Classes 1 – 9. These are classified as “Obnoxious” and for the purposes of carriage would fall within Class 9. These include:

    • Animal Waste
    • Refuse
    • Hospital Waste
    • Pressurised Gases
    • Pressurised Liquids
    • Asbestos
  • Growing Incidence of Accidents Due to Cell Phone Usage While Driving

    Growing Incidence of Accidents Due to Cell Phone Usage While Driving

    Distracted driving has become one of the leading causes of car accidents the world over including India, with cell phone use being one of the main distractions drivers deal with on the road. Whether they’re sending a text, answering a call, scrolling through social media, or watching a video, by taking their focus off the road, they’re putting other drivers at risk. N Chandra Shekar throws light on the dangerous habit of using cell phones while driving…

    How much of an impact do cell phones make in regards to accidents in India? To see the impact of these distracted drivers, take a look at some of these facts: A total of 1,997 road accidents occurred in 2021 due to the use of mobile phones while driving, according to the Ministry of Road Transport and Highways (MoRTH) report titled ‘Road accidents in India–2021’. Of these road accidents, as many as 1,040 people lost their lives. In 2021, India witnessed a tragic loss of 18 lives every hour due to road accidents; speeding, mobile phone use being prime causes. Among the type of traffic violations that caused road mishaps, use of mobile phones recorded the maximum increase over the one-year period. While in India, an estimated 1.35 lakhs person died due to road accidents, which is approximately 10% of road accident fatalities worldwide and these figures are the highest in the world. According to the 2022 edition of the International Road Federation’s World Road Statistics, the number of road accident-related deaths per 100,000 population varies between 0 and 39.4. For India, it is 9.5. While this figure is not the highest globally, it is still not the lowest.
    In India every year nearly 1.4 million people have been killed because they are wireless customers and their over-bearing cell phones. The use of smartphones is rapidly growing around the world. This is happening because several apps are making ordinary tasks easier and faster. For instance, people can order food, go shopping, pay bills, practice exercises, go to the doctor, or event pick up their lab exams with just a few clicks. Today’s mobile phone has many features besides talking or sending messages. All its possibilities are making people more and more attracted to the benefits of the digital world, regardless of the risks they may cause. Digital distraction is a term that defines the use of electronic devices by motorists during driving on the roads. While smartphones can save time and solve pedestrian’s demands more quickly, they can cause accidents by dividing the attention between the phone and the driving task. A previous study showed that multitasking with smartphones has different psychological determinants than other forms of multitasking. While people seem to understand the risks of assessing their smartphones on traffic, they cannot avoid using the device while driving cars or crossing the streets.
    The use of mobile phones among drivers has become a great risk to traffic safety during the past few years. Using mobile phones during driving continues to claim lives. Drivers who use their cell phone while driving are causing growing number of accidents each year. Some two-wheeler riders stick their phones in their helmets, others have them on their handlebars, the smarter ones use ear buds, drivers in cars use WiFi. Using the phone while driving/riding is an epidemic, though it is a punishable offence. Every year, this habit causes growing number of road accidents. Texting while driving is more dangerous than drunk driving—in fact, texting while driving is six times more dangerous. Although any use of cell phones can be distracting, research has shown time and time again that the riskiest thing you could do while operating a vehicle is to be text messaging. Your eyes are taken off the road for about five seconds each time you send a text message. That doesn’t seem like much— but if you drive 80 kmph, that means your eyes are off the road for 100 meters. Even teens, who are the most inexperienced drivers, know the dangers of distracted driving. Ninety-four percent of teenagers agreed that it is not safe to use a cell phone while driving, but 35 percent of them admitted that they do so anyway. It’s no secret that distracted driving is dangerous, but before getting behind the wheel, many drivers fail to put down their cell phones.
    You slow down your reaction time whenever you ask your brain to switch back and forth between two tasks — driving and using a cell phone in this case. Therefore, if you use a cell phone while driving, you will not be able to react as quickly as you would if you were not using your phone to react to brake lights or lane changes.
    Fine for using mobile while driving
    Using mobile phones while driving is a punishable offence. According to Motor Vehicles Act, if someone is caught while speaking on the phone while driving, then the penalty for the same is Rs 5000. This was
    Rs 1000 earlier, it was increased by five times in the year 2020. These rules were implemented as a part of the Motor Vehicles (Amendment) Act. This was done primarily with the aim to discourage drivers from using mobile phones while driving.
    According to the road transport and highways ministry, mobile phones can be used while driving solely for route navigation and nothing else. This too without disturbing the ‘concentration of the driver while driving.’
    In 2021, India witnessed a tragic loss of 18 lives every hour due to road accidents, according to the Union Minister of Road Transport and Highways, Nitin Gadkari. The data received from police departments of all States and Union Territories indicated a total of 153,972 road accident fatalities in 2021, averaging 18 deaths per hour. While this figure is not the highest globally, it is still not the lowest.
    The Minister attributed road accidents to various causes, including speeding, use of mobile phones while driving, drunk driving, driving on the wrong side or lane indiscipline, jumping red lights, failure to use safety devices like helmets and seat belts, vehicle condition, weather and road conditions, and human errors by drivers, cyclists, and pedestrians. The Ministry also informed the House that to address the issue of road safety, it has formulated a multi-pronged strategy based on education and engineering — both of roads and vehicles, enforcement and emergency care.
    It also said at least 130 stretches of national highways (NH) have been identified for development as Model Safe Roads under the ministry and 85 project stretches of NH have been identified for development as Model Safe Construction Zone. A road safety audit of all highways is now compulsory at all stages, including design, construction, operation, and maintenance, conducted by third-party auditors or experts.
    Additionally, vehicles are now required to have airbags in the front seats and seat belt reminders for the driver and co-driver. Further, it specifies the use of a safety harness, and crash helmet, and restricts speed to 40 kilometres per hour.
    Speeding warnings are also mandatory in some vehicles. The vehicle scrappage policy has been introduced as part of the efforts to reduce fatalities.
    A total of 1,997 road accidents occurred in 2021 due to the use of mobile phone by drivers while driving, which claimed 1,040 lives, according to a Ministry of Road Transport and Highways (MoRTH) report. The report titled ‘Road Accidents in India — 2021’, further said 555 road accidents took place due to jumping of red light which claimed 222 lives in 2021.
    According to the report, tthe total number of accidents and deaths due to potholes in 2021 respectively stood at 3,625 and 1,481. The report noted that road accidents are multi-causal which requires multi-pronged measures to mitigate the problems through concerted efforts of all agencies of both central government and state governments. It said the road ministry has formulated a multi pronged strategy to address the issue of road safety based on education, engineering (both of roads and vehicles), enforcement and emergency care. A total of 4,12,432 road accidents occurred in 2021, which claimed 1,53,972 lives while 3,84,448 people were injured.

  • Dangers of Truck Overloading

    Dangers of Truck Overloading

    Overloaded trucks are a very common sight on Indian roads and highways while they make little profits for the fleet owners and little savings for the consignor their impact on the physical upkeep of the roads as also the risk it poses to other vehicular traffic is great; needless to say overloaded trucks damage roads and highways and also result in causing road accidents. N Chandra Shekar throws light on the menace of truck overloading and the laws to mitigate the risks of overloading…

    India is one of the fastest growing economies in the world with a rapidly growing infrastructure. For unhindered commercial activity; road connectivity is the key in linking production centres to market places. Rightly so India has embarked on developing road infrastructure in a massive way. A recent study has highlighted that around 60% of the goods are transported by roads leading to a phenomenal growth in commercial vehicles. With the improvement in the road infrastructure and last mile connectivity transportation of goods through roads has become the popular choice for manufacturers leading to a massive increase in commercial vehicles plying goods. Transport of goods and passengers by road has been growing at a fast pace. This notwithstanding, road transport has more than its due share of woes and impediments. In order to meet the market demand for more trucks fleet owners are resorting to overloading. Trucks after trucks, carrying more than their maximum capacity, navigate busy Indian roads. Overloaded vehicles on Indian roads are an unfortunate yet common sight. Overloaded trucks destroy roads and highways; they result in causing road accidents and killing more people.
    According to surveys by the Indian Foundation of Transport Research and Training, one in every three truck in the country is overloaded and is to blame for 50% of road accidents. The Foundation said over 92,500 people were killed each year in road accidents in the country coming under the wheels of the overloaded vehicles.
    It is a fact that when a truck is overloaded, control over steering and braking is reduced. This further diminishes both the productive life of the road and the productive life of the truck
    Up until 2005, overloaded trucks did not face any scrutiny nor did they have to pay a penalty. While most State Governments issued tokens allowing the overloading of trucks after the payment of a fixed charge, others issued private passes through Transport Offices to allow overloaded trucks to pass through the State.
    This scenario changed in 2005 after the Supreme Court issued an order to ban and penalise overloaded vehicles on all Indian roads. According to the judgment, any overloaded vehicle spotted on roads or highways is to be stopped and the extra load to be confiscated. The transporter would have to bear the cost of the off-loading and a heavy fine on the extra load. The judgment came as a welcome move towards the development of the infrastructure in India.
    In order to reduce the overloading of trucks and accidents, the Government has taken some major steps. A high penalty has been proposed in the Road Transport and Safety Bill for those who fail to comply with the new rules, with a suspension of permits for one month upon the first offense and a cancellation of permits if the offense is repeated.
    But this measure is not enough to solve the problem as the truck owners or operators are still continuing to load their trucks beyond the permissible axle load to maximize each vehicle’s earnings and the consignors of bulk commodities, like fertilizers, steel, and cement, overloaded the vehicles in order to get freight service cheap. They also pay higher prices to enter the city. Even there are few states that have almost legalized overloading by issuing formal permits, illicit payments mostly clear the way for the vehicles.
    All these factors are creating problems and affecting the Indian economy, both directly and indirectly. The main issue lies in the implementation of the Motor Vehicles Act.
    Revised Axle Load GVW of Indian Trucks 2023
    On July 16, 2018, the Ministry of Road Transport and Highways (MoRTH) increased the maximum cap of axle load limit by 20 to 25 percent cross various categories to keep the limit “at par with international standards”. The Gross Vehicle Weight (GVW) of a two-axle truck was increased to 18.5 tonne from 16.2 tonne and GVW for a three-axle truck was increased to 28.5 tonne from 25 tonne. For a five-axle truck, the vehicle weight was increased from 37 tonne to 43.5 tonne. “The GVW shall not exceed the total permissible safe axle weight as above and in no case shall exceed (i) 49 tonnes in case of rigid vehicles; and (ii) 55 tonnes in case of semi-articulated trailers and truck trailers, except modular hydraulic trailers,” the Advisory issued by the Ministry said. The Amendment has been made after 35 years. The last Amendments were made in 1983, and they were implemented in 1988.
    The Union Road Transport Minister Nitin Gadkari said that since the ruleswere out in public, they need to be implemented with immediate effect. “I think it’s a positive sign for the road transportation industry, and every trucker should take this in a positive way. Truck overloading has been a menace in India resulting in deterioration of roads and increasing number of accidents. Freight overloading up to 100% is a common thing, various transporters are doing it from many years.”

    Box –
    What is Truck
    Overloading?
    Truck overloading means “the truck is carrying more loads than its prescribed load limitations”. Every truck has a minimum and maximum capacity for carrying loads. If any trucks carry loads beyond their limitations, this is known as truck overloading. It may cause accidents and increase fuel consumption and maintenance costs.
    Rules for Truck
    Overloading
    To avoid truck overloading, the Government of India has passed an act; giving powers to take strict action against truck overloading. According to Section 113 of The Motor Vehicles Act, 1988 Limits of Weight and Limitations on Use:
    • The State Government may prescribe the conditions for the issue of permits for 1 [transport vehicles] by the State or Regional Transport Authorities and may prohibit or restrict the use of such vehicles in any area or route.
    • Except as may be otherwise prescribed, no person shall drive or cause or allow to be driven in any public place any motor vehicle which is not fitted with pneumatic tyres.
    • No person shall drive or cause or allow to be driven in any public place any motor vehicle or trailer.
    o The unladen weight of which exceeds the unladen weight specified in the certificate of registration of the vehicle, or
    o The laden weight of which exceeds the gross vehicle weight specified in the certificate of registration.
    • Where the driver or person in charge of a motor vehicle or trailer driven in contravention of sub-section (2) or clause (a) of sub-section (3) is not the owner, a Court may presume that the offence was committed with the knowledge of or under the orders of the owner of the motor vehicle or trailer.
    Supreme Court
    Judgement on
    Overloading of Trucks 2018
    On July 20, 2018, the Supreme Court of India passed a judgment on the overloading of trucks. It states that any truck that exceeds 10% of its permissible limit would be fined
    Rs. 20,000 for the first tonne and
    Rs. 2,000 for every subsequent tone. The judgment also directed State Governments to set up weighbridges to check the weight of commercial vehicles. The judgment aimed to follow the rules, maintain the roads, and reduce accidents due to truck overloading.

    Box –
    FAQs
    • How Much is a Semi-Truck’s Taxable Gross Weight?
    The taxable gross weight of the vehicle is its total unloaded weight. The empty weight of a truck, truck tractor, or bus that is prepared for duty is referred to as its “unloaded weight”.
    The actual unloaded weight of any trailers or semi-trucks that are properly equipped for operation and frequently utilised in conjunction with the vehicle, as well as the weight of the maximum load that the vehicle is generally capable of carrying.
    • What is the importance of Gross Vehicle Weight?
    A higher GVW will increase the likelihood of a heavier load, which will increase the transporter’s earnings.
    • What does unladen truck weight mean?
    The truck or vehicle’s unladen weight is its weight when it has nothing inside of it, such as cargo or a passenger.
    • What is Gross Vehicle Weight (GVW)?
    The total weight of all the axles beneath the chassis is known as the gross vehicle weight (GVW), and each axle has a specific rating according to the CMVR (Central Motor Vehicle Rules).
    • How to find the Gross Vehicle Weight (GVW)?
    Mathematically, Gross vehicle weight = Unladen weight + Payload
    • What is the Gross Vehicle Weight Rating?
    The maximum weight that a vehicle is intended to transport is known as the GVWR, and it includes the net weight of the vehicle plus all of its accessories as well as the weight of any passengers, fuel, and cargo. A safety measure used to avoid overloading is the GVWR.
    • What is the difference between gross weight and net weight?
    Gross weight includes the weight of the items, their packing, and any additional accessories used for shipment, whereas net weight just relates to the weight of the goods.
    • Weight Calculation
    Gross weight = net weight + packaging/ container weight.
    Net weight = gross weight – tare weight.

  • First Accident On MTHL Car Strikes Divider, Overturns

    First Accident On MTHL Car Strikes Divider, Overturns

    Ten days after the grand inauguration of the Mumbai Trans Harbour Link Road (MTHL), India’s longest sea bridge witnessed its first accident on the afternoon of January 21, a Sunday. Luckily however, no injuries were reported, although the vehicle involved in the incident, a Maruti Suzuki Ignis, sustained significant damage.
    Nhava Sheva Police said that the accident occurred on Sunday afternoon between 3:00 and 3:30 pm when a car collided with the divider. The vehicle, which was ferrying five individuals from a Dawoodi Bohra family – two women, a child and two teenage boys – was reportedly racing at a very high speed when it lost control after changing lanes, collided forcefully with the protective railing, causing the vehicle to overturn multiple times before finally coming to a stop. But despite the car taking at least two tumbles after hitting the divider, all its occupants, by some miracle, did not suffer any serious injury. A video that captured the incident on the dashcam of another moving car has surfaced on social media.
    Nonetheless, the impact was so huge that the car was damaged completely. It is believed that the car was overtaking when it lost control and hit the divider,” said a police officer. Zara Sakir, 32, a resident of Panvel, was found to be behind the wheel of the car.
    “They did not have any visible injury,” said senior police inspector Sanjeev Dhumal from Nhava Sheva police station. “They were taken for a medical check-up and discharged. We will be taking suo motu action and registering a case against them.”
    A senior officer from Nhava Sheva Police Station stated that an investigation is underway to determine the cause of the accident. A potential rash driving case against the driver is being considered based on the findings.
    Due to the incident occurring on a Sunday, the bridge was busy, attracting the attention of other motorists. However, quick action was taken to clear the traffic, and the damaged car was moved aside. Passengers were taken home by their relatives, while the vehicle is currently held at the police station.
    Meanwhile, the MTHL, connecting Sewri with Nhava Sheva, seems to be a smash hit among motorists. “In the first 48 hours since it was opened to the public on January 13, a total of 79,450 vehicles plied the bridge,” said a Mumbai Metropolitan Region Development Authority (MMRDA) official.

  • A Bridge of Possibilities

    A Bridge of Possibilities

    This is the story of a fabled bridge, constituting not just steel and concrete, but enormous possibilities. Seven years since its foundation stone was laid, India’s longest-ever sea bridge, the Mumbai Trans Harbour Link (MTHL) is finally open to the public, significantly reducing travel time, enhancing accessibility, and contributing to the region’s overall infrastructure development, says Ivor Vaz

    Chalk down January 12, 2024 as a red-letter day for the twin cities of Mumbai and Navi Mumbai. On a blustery winter morning, India’s Prime Minister Narendra Modi inaugurated the 22-km long Mumbai Trans Harbour Link (MTHL), a monumental infrastructure project built at a cost of ₹21,200 Crore. Christened as the ‘Atal Bihari Vajpayee Sewri-Nhava Sheva Atal Setu’, this bridge stands as the longest sea bridge in India, compares to similar sea-links in China, the US, UAE and Portugal, and ranks 12th globally.
    Addressing the gathering, the Prime Minister said that the day was a historic one not only for Mumbai and Maharashtra, but also for the resolve of ‘Viksit Bharat’. “Even though these development projects are taking place in Mumbai, the entire nation’s eyes are glued to it,” he said.
    Referring to the inauguration of the MTHL, the Prime Minister said that it is proof of the commitment towards India’s growth and also a symbol of accomplishment through resolution. He recalled laying the foundation stone for the bridge on December 24, 2016. Reiterating the Government commitment to completing large-scale projects, he pointed out that the citizens during the past were left despairing, owing to the negligent attitude prevalent during previous governments.
    “The country will move forward and the country will progress.” This was Modi’s guarantee in 2016. The Prime Minister then declared: “I dedicate Atal Setu to Mumbaikars and the nation while bowing before Chhatrapati Shivaji, Mumba Devi, and Siddhivinayak.”
    PM Modi lauded the on-time completion of MTHL Atal Setu despite the disruptions caused during the coronavirus pandemic and said that the inauguration, dedication or foundation stone laying of any development project is not a photo op but rather a medium for the creation of India. “Every such project contributes to the development of a magnificent India,” he observed.
    He said that Atal Setu will fill every Indian heart with pride for the sheer size, ease of travel, engineering marvel and scale of the project. He further informed that the steel used in the project is sufficient to construct four Howrah Bridges and six Statues of Liberty. The Prime Minister thanked the Government of Japan for its assistance, while remembering late Prime Minister Shinzo Abe. “We had resolved to complete the construction of this bridge as quickly as possible,” PM Modi recalled.
    “Atal Setu is the acclamation of the aspirations that the entire nation made in 2014,” the Prime Minister remarked. Recalling the time before the 2014 elections when he visited the Raigad Fort and spent time at Shivaji’s Samadhi, he said that the nation is finally witnessing the realisation of the resolutions we made 10 years ago. “Atal Setu is a reflection of this belief and it presents a picture of Viksit Bharat. It instils confidence in the youth. Viksit Bharat will consist of services and prosperity for all. It will have speed and progress which will bring the world closer. Life and livelihood will continue to flourish. This is the message of Atal Setu,” the Prime Minister concluded.
    Interestingly, the Prime Minister also became the first person to officially drive across the bridge, which rises majestically in the Mumbai harbour areas, linking the island city of Mumbai with the mainland. PM Modi was flanked by Chief Minister Eknath Shinde, Deputy CMs Devendra Fadnavis and Ajit Pawar at the inauguration ceremony that expectedly attracted a huge local crowd to witness the unveiling of this giant engineering marvel.
    The MTHL is considered the most challenging sea bridge project taken up in India and executed by the Mumbai Metropolitan Region Development Authority (MMRDA). The bridge is expected to save commuting time from south Mumbai to Panvel (Raigad) from the existing around two hour to barely 20 minutes, leading to a massive saving in fuel costs besides reducing pollution and CO2 hazards.
    Originating from Sewri in Mumbai and concluding at Chirle, near Nhava Sheva in Uran Taluka, Raigad District, the high-speed MTHL corridor will provide seamless and super-smooth connectivity to the Mumbai-Goa Highway, Mumbai-Pune Expressway, the Virar-Raigad corridor, the Navi Mumbai International Airport, the JNPA and MbPA twin ports, and serve as a new gateway to the development of the entire coastal Konkan region.
    The bridge is considered an engineering marvel spanning six lanes and with a total length of 21.8 km, of which 16.5 km runs over the sea and other 5.5 km on land on both sides and elevated approach roads. To support the project’s costs, the Maharashtra government had initially approved a one-way toll of ₹250 for passenger cars using the MTHL. However, the toll rates were further reduced to ₹200 when the bridge was finally opened to the general public on January 13. Over time, the toll for round trips as well as for daily and frequent travellers will be duly computed and might vary, subject to revision after a one-year review from the start of operations, according to the Maharashtra Cabinet’s decision.
    “Beyond simply reducing travel time, the bridge enhances our quality of life through the integration of modern and advanced technology. Environmental sustainability, longevity, security, and progress are among the fundamental purposes of this engineering marvel,” the MMRDA said, in an official press release, ahead of the inauguration of its biggest showpiece project.
    Anticipating a significant volume of traffic in the days and months ahead, the MTHL is projected to accommodate around 70,000 vehicles daily. However, specific limitations are imposed to ensure safety and efficiency. Four-wheelers on the MTHL have a maximum speed limit of 100 km per hour, while motorbikes, autorickshaws, and tractors are prohibited from using the sea bridge.
    Further guidelines include specific speed limits for different vehicle types, such as cars, taxis, light motor vehicles, minibuses, and two-axle buses. While these vehicles can travel at 100 km per hour, the speed limit is reduced to 40 km per hour on the bridge’s ascent and descent. The Mumbai Police has justified these speed restrictions as preventive measures to avoid danger, obstructions, and inconvenience to the public.
    In terms of access, multi-axle heavy vehicles, trucks, and buses heading towards Mumbai are directed to use the Mumbai Port-Sewri Exit (Exit 1C) instead of the Eastern Freeway. Following this route, these vehicles will navigate through the MBPT Road near ‘Gadi Adda’ for further movement
    Since the opening of the MTHL for regular traffic from January 13, the traffic snarls on both sides of the Mumbai Harbour have already been consigned to history with vehicles zipping across the bridge in barely 20 minutes without affecting the environment or the Thane Creek Flamingo Sanctuary (TCFS) below it.
    So what’s the biggest takeaway from the story of this bridge, did you ask? The successful completion of the MTHL is poised to revolutionise connectivity between Mumbai and Navi Mumbai, significantly reducing travel time, enhancing accessibility, and contributing to the region’s overall infrastructure development. Touché!


    MTHL – A Marvel of Modern Engineering

    Here’s everything you needed to know about the newly inaugurated Mumbai Trans Harbour Link, in a nutshell…

    The Mumbai Trans Harbour Link, officially named as Atal Bihari Vajpayee Trans Harbour Link and also known as Sewri–Nhava Sheva Trans Harbour Link and colloquially as Atal Setu, is a 21.8 km (13.5 mi) six lane elevated highway bridge, which connects Mumbai with Navi Mumbai, its satellite city. It is the longest sea bridge in India, and the world’s 12th longest sea bridge. The bridge begins in Sewri, South Mumbai, crosses Thane Creek north of Elephanta Island, and terminates at Chirle near Nhava Sheva in Uran Taluka, Navi Mumbai. The road is linked to the Mumbai–Pune Expressway in the east and to the under-construction Coastal Road in the west. The six lane highway is 27 metres in width, in addition to two emergency exit lanes, two edge strips, parallel crash barriers and noise barriers on both sides. The project costs a total of ₹21,200 Crore (US$2.5 billion). The bridge has a capacity to handle 70,000 vehicles per day.
    A Brief History
    In the 1990s, keeping the future of the Mumbai Metropolitan Region in mind, the Mumbai Metropolitan Region Development Authority (MMRDA) began studies on how to decongest the rising traffic and congestion in Mumbai, and accidents and mishaps as their direct consequences. There are currently six bridges connecting Mumbai and Navi Mumbai across the Thane Creek, but they are too narrow and outdated to handle future traffic. As a result, all of them are constrained and are carrying traffic beyond their limits, also increasing the commute time between the two cities. So, the MMRDA planned to build a comprehensive link between the two cities to handle more traffic and make travel easier, faster, safer and hassle-free. The proposal was sent to the Government of Maharashtra for consideration in 2012. In 2015, the project was approved by the Government of India and the Ministry of Road Transport and Highways (MoRTH). Hence, the foundation stone for the construction of the project was laid by Prime Minister Narendra Modi on 24th December 2016. Initially, it was expected to be completed by 2021. Then, the MMRDA awarded contracts for the project in November 2017, and construction began in April 2018, which was scheduled to be completed within 4.5 years, by 2022. However, the construction was delayed by around eight months due to the COVID-19 pandemic, and was expected to be completed by August 2023, then again by December 2023. The construction was finally completed in December 2023, and was inaugurated by Prime Minister Narendra Modi on 12th January 2024.
    Land Acquisition
    The project required 130 hectares of land. The City and Industrial Development Corporation (CIDCO) contributed 88 hectares. The remaining land was privately owned. According to MMRDA officials, land owners were given the same compensation package as that given in the Navi Mumbai International Airport project. 320 structures in Sewri were affected by the project, of which 250 properties were residential. The MMRDA provided resettlement for the affected people by offering accommodation in either Kanjurmarg or Kurla. The majority chose to relocate to Kanjurmarg. The MMRDA also paid ₹ 6 Lakh (US$7,500) each as compensation to 1,500 fishermen who were affected by the construction of the project. In October 2016, the MMRDA agreed to pay MbPT a total of ₹1,000 Crore in instalments over the course of 30 years, as rent for using the MbPT’s land for construction of ramps for the MTHL on the Mumbai side. The MMRDA received 27.2 hectares of land on the Sewri side of the MbPT, of which 15.17 hectares were temporarily used for the casting yard.
    The MMRDA utilised drones to carry out survey work for the MTHL. The drones were fitted with 360 degrees cameras that provide up to 3 mm accuracy. The aerial survey takes less time than a regular survey, achieves greater accuracy and helps protect against false claims for compensation. Over 1,000 boreholes were drilled to study the strata. The MMRDA began conducting a geological survey for the project on 15th January 2018. The project work affected 1,635 trees, of which 753 were cut and the remaining 882 were replanted at other locations. Most of the affected trees were located at Sewri and Vakola.
    Design and Alignment
    MTHL is a six lane expressway bridge across Mumbai’s harbour and passes over Sewri mudflats, Pir Pau Jetty and Thane Creek channels. On the Sewri-end, a three-level interchange will connect with the under construction Sewri-Worli Elevated Corridor and Eastern Freeway. On the Navi Mumbai-end, the bridge has an interchange each at Shivaji Nagar and Chirle.
    This concrete bridge features a 4 km steel span section in the middle to allow for ships to pass underneath. The longest span of MTHL is 180m and the shortest is 100m long. MTHL’s lanes have a width of 3.5m with a 2.5m wide shoulder on either side and 0.75m shoulder at the median, based on JICA’s recommendation. The maximum speed limit is restricted to 100 kmph.
    MTHL features an intelligence transport system (ITS) and other amenities required for a marine bridge. The traffic conditions on the stretch are monitored and managed from a traffic control centre with the help of CCTV cameras and related facilities installed on the stretch. Variable message signs (VMS) have been installed to display appropriate information for the bridge users.
    The bridge is equipped with noise barriers near Sewri mudflat area and view barriers at Bhabha Atomic Research Centre (BARC) to fulfil environmental criteria.
    Metro Line
    In 2010, the MMRDA appointed Rail India Technical and Economic Service (RITES) to prepare a detailed project report (DPR) for the Mumbai Trans Harbour Metro Rail Link (MTHMRL), a proposal to build a dual-track metro line under the road lanes of the MTHL. The 49 km long metro line was proposed to connect Prabhadevi and Dushmi, about
    20 km away from Chirle. The metro line was to be extended to the proposed Navi Mumbai International Airport, and connected to the proposed Ranjanpada-Seawoods-Kharkopar corridor of the Navi Mumbai Metro and the proposed Sewri-Prabhadevi corridor of the Mumbai Metro. However, the MMRDA scrapped plans for the metro line in 2012, and decided to build only a road bridge. An MMRDA official stated that a detailed study has revealed that laying the foundation for the bridge with provisions for two metro lines would hike costs, instead of saving expenses. Hence, it would be feasible to have a separate bridge for the metro in the future. Another reason given was that the Navi Mumbai International Airport and Sewri-Prabhadevi corridor of the Mumbai Metro were still a long way from completion.
    In June 2021, the MMRDA stated that it was re-examining the possibility of building metro lines on the MTHL. An official stated that there would be no need for extra construction on the MTHL for the metro line, as only the tracks would have to be added. Already, the Worli-Sewri underground metro corridor, as part of the Line 3 (Aqua Line) of Mumbai Metro, is being constructed. The Sewri metro station will connect the MTHL through access paths, thereby linking it to Navi Mumbai. In September 2021, the MMRDA stated that regardless of the decision on metro lines, the agency would dedicate two lanes on the MTHL for a bus rapid transit system. The agency appointed a consultant to determine whether metro lines could be constructed on the MTHL in January 2022. The draft report of the study submitted in April 2022 found that the MTHL’s existing pillars would not be able to support the load of a metro system. The then Metropolitan Commissioner of the MMRDA, S.V.R. Srinivas, stated that the agency was exploring solutions, such as increasing the load bearing capacity of the pillars, before making a final decision.

    Box –
    MTHL – Features
    Noise and Vision Barriers
    The MMRDA has installed noise and vision barriers on a 6 km section of the MTHL. The vision barriers are intended to block the view of the Bhabha Atomic Research Centre (BARC) from the MTHL, while the noise barriers are intended to protect the movement of flamingos and migratory birds at the Sewri mudflats. The MMRDA also stated that it would declare nearly 2 km of the MTHL on the Sewri side as a ‘silent zone’, as well as near schools and other sensitive areas on the Navi Mumbai side of the MTHL. Construction equipment used during the project were fitted with silencers to reduce the potential impact of noise on migratory birds such as flamingos. The project utilised reverse circulation drilling methodology which helps reduce noise levels and helps speed up construction in marine areas.
    Bird Watching Platform
    A 5.6 km long temporary access bridge had been built to transport equipment and workers for the construction of the MTHL. In November 2021, the MMRDA announced that it had decided against demolishing the bridge and would convert it into a bird-watching platform to view flamingos and other birds. The agency noted that the decision would also save the cost of having to demolish the bridge.
    Traffic Management and Safety Measures
    As an access-controlled road, to efficiently manage and regulate traffic movement across the MTHL, it has the Advanced Traffic Management System (ATMS), which is a centralised system that allows operators to monitor and manage traffic, incidents and emergency responses in real-time. Along with this, the Intelligent Transportation Management System (ITMS) is also present to systematically work with the ATMS together. This has given the bridge an international recognition for having advanced systems to manage traffic.
    Like the Bandra-Worli Sea Link, due to safety considerations, two-wheelers and three-wheelers are prohibited from entering the Trans Harbor Link, along with animal-drawn carriages and slow-moving vehicles. A ban on bicycles is also in effect, though the lack of signages will make the ruling ineffective. The traffic division of Mumbai Police has mandated a speed limit of 100 km/h (62 mph) to prevent fatalities. Furthermore, stopping on the bridge is prohibited, with the exception of emergencies, breakdowns, or when pulled over by law enforcement.
    Technology and Other Features
    The structural steel used in the bridge is about 120,000 tonnes, enough to support the erection of four Howrah Bridges. More than 830,000 cubic metres of concrete has been used to cast the structures of the bridge, which is six times more than the quantity used for building the Statue of Unity. The reinforced steel used is 17 times the quantity used in the Eiffel Tower. The bridge is constructed using corrosion-resistant materials to withstand weather variations, high wind speeds and tides, along with natural phenomena like earthquakes and cyclones. It can withstand earthquakes up to 6.5 magnitude, thus giving the lifespan of the bridge to remain intact for over a century. The 70 spans of Orthotropic Steel Decks (OSDs) with lengths ranging from 65 to 180 metres and weighing up to 2,800 metric tons were erected across the Thane Creek using Japanese technology.
    In addition, a Comprehensive Surveillance System (CSS) utilises a network of high-definition CCTV cameras strategically placed along the entire route. The Speed Violation Detection System (SVDS) has been installed to enforce speed limits and for ensuring enhanced road safety to commuters. A Video Incident Detection System (VIDS) that promptly detects and responds to incidents and mishaps has been installed. There are Emergency Calling Boxes (ECBs) on the bridge to provide commuters with a direct communication link to emergency services. Also, Variable Message Display (VMD) systems have been installed to effectively communicate and provide real-time information to commuters.
    Environmental Safety and Sustainability
    The roads on both sides of the bridge have been paved with stone mastic asphalt (SMA) The bridge is paved with stone matrix asphalt, which has a high percentage of crushed, durable stone aggregates and a specialised asphalt binder. SMA increases the pavement life by 20–30% because of its high resistance to variations in temperature, better adhesion between the stone aggregate and bitumen, reduces traffic noise, has high skid resistance and enhances road surface marking visibility. The surface will remain completely smooth and intact, irrespective of weather conditions. The SMA pavements will be 100% recyclable at the end of their service life, thus keeping the environment free of pollution. The carbon footprint from vehicular emissions will also significantly reduce by a few hundred thousand tons, as vehicles will be crossing the bridge at a maximum speed limit of 100 km/h (62 mph).

  • Maharashtra Leads the Way in Connectivity Infrastructure

    Maharashtra Leads the Way in Connectivity Infrastructure

    Maharashtra is set to see the completion of several mega projects that have been in the works for some time. These projects include major infrastructure developments, and other initiatives that are expected to have a significant impact on the state and its citizens. Prime Minister Narendra Modi recently lauded Maharashtra for the pace of development it has achieved and stated the infrastructure development in Maharashtra is definitely a benchmark for other states which are working to improve the road and expressway network. Here are some of the most notable upcoming mega projects nearing completion in Maharashtra in the coming years…

    Mumbai Trans Harbour Sea Link Project
    On 12th January 2024, Prime Minister Narendra Modi inaugurated the country’s longest bridge over the sea – the 22 km Mumbai Trans Harbour Link, officially the Atal Setu Nhava Sheva Sea Link. The Mumbai Trans Harbour Link (MTHL) is a 22-km-long twin-carriageway six-lane bridge over the Thane Creek in the Arabian Sea, connecting Sewri in the island city of Mumbai to Chirle in Raigad district on the mainland. The MTHL includes a 16.5 km sea link and viaducts on land at either end with a cumulative length of 5.5 km.
    The bridge has cut the travel time between Sewri, Mumbai and Chirle, Raigad to under 20 minutes and cut travel time to Navi Mumbai by 40 minutes. For those living in Navi Mumbai, the Mumbai-Trans-Harbour-Link is a much-awaited lifeline. This 22-kilometer bridge connects Sewri in South Mumbai to Nhava Sheva in Navi Mumbai, reducing travel time significantly. For all the people traveling from Navi Mumbai to South Mumbai, this bridge will save them a significant amount of travel time and will decongest the existing route over the Vashi bridge.
    The objective of the project is to improve connectivity in the Mumbai Metropolitan Region which comprises the districts of Mumbai, Thane, Palghar, and Raigad, and promote the region’s economic development.
    The MTHL will also provide faster connectivity to the Mumbai-Goa highway, Mumbai-Pune expressway, Navi Mumbai International Airport as well as the JNPT port.
    Mumbai Coastal Road
    Mumbai Coastal Road Project (MCRP), a 29.2 km long access-controlled expressway that links areas in South and North Mumbai. It aims to ease traffic congestion and cut travel time; currently, it takes around two hours to travel from
    the western suburbs to South Mumbai. When finished, the stretch would cut the distance between the two locations in half, to 40 minutes. By 2024, this ambitious project will be a reality, revolutionizing the city’s transportation system.
    Inauguration of Phase 1 by Prime Minister Narendra Modi on 19th February 2024
    The MRCP’s project’s Phase 1 (Southern Section) (between Marine Drive and Bandra Worli Sea Link was opened for traffic on the 19th of February 2024. It includes an elevated road, twin tunnels through the Malabar Hills, a sea wall/breakwater wall, a bridge on stilts, new open spaces, an eight-lane road reclaimed from the sea, and various interchanges for traffic dispersal.
    Phase 2 of this ambitious project entails building a northern extension between Bandra and Kandivali via Versova, including of a 9.6 kilometers Bandra-Versova Sea Link with connectors to Bandra (1.17 kilometers), Carter Road (1.8 kilometers), and Juhu Koliwada (2.8 kilometers).
    Versova-Bandra Sea Link
    The Versova-Bandra Sea Link (VBSL) is an under construction bridge project in Mumbai. Versova, a neighbourhood in the Andheri area, will be connected to the Bandra-Worli Sea Link through the 17.17-kilometer (10.67-mile) bridge as part of the Coastal Road. Once the VBSL project gets completed, the Western Express Highway and the Western Line of the Mumbai Suburban Railway will experience less congestion. The estimated cost of Mumbai Coastal Road Project is around Rs 12,500 Crore.
    Senapati Bapat Marg New Bridge
    To connect the Fishermen Colony on Senapati Bapat Marg in Mahim with the Western Express Highway in Bandra (E), the BMC has released a tender for a Rs 238 Crore bridge. When completed, it will definitely help to significantly reduce congestion at the WEH.
    Airoli-Katai Tunnel Road
    For those living in Navi Mumbai and beyond, the Airoli-Katai Tunnel Road is a game-changer. The 1.7-kilometer Tunnel Road is part of a longer 33.8-kilometer road that runs from Airoli to Katai Naka on the Kalyan-Shilphata road. This road goes through areas with mangroves, valleys, flyovers, and railway lines.
    The Airoli-Katai Tunnel Road is set to bring a significant transformation to the daily lives of residents in Dombivli East, the Kalyan-Shil road area, and Navi Mumbai. This road will cut down travel time by around 30-40%, making commuting much quicker. Additionally, it will offer convenient access to the industrial zones in Badlapur and Bhiwandi and provide swift connections to Mulund and various other Mumbai suburbs.
    Dombivli-Mankoli Flyover
    The Dombivli-Mankoli Bridge or Motagaon Mankoli Bridge is a crucial infrastructure project for people living in the Kalyan-Dombivli belt. Currently, there are two routes from Dombivli to Mumbai. The first is from Dombivli-Mumbra-Thane-Mulund-NH3-Mumbai Fort.
    The Second is the Dombivli-Kalyan-Bhiwandi-Bypass-NH3-Mumbai. Both routes are heavily congested. Traveling from Dombivli to Kalyan can take as long as two hours during peak traffic hours.
    Hence, this bridge will ease the traffic issues and, most importantly, it will reduce commuting time from Dombivli to Thane to just half an hour. The six-lane bridge is being constructed on the creek between Motagaon in Dombivli and Mankoli on the Bhiwandi side.
    Virar Alibaug
    Multipurpose Highway
    The 126-km multi-modal corridor will connect Alibaug to Virar (Navghar). Two sections of the corridor’s construction are currently under way: from Virar (Navghar) to Chirner (79 km), and from Chirner to Alibaug (47 km). Through a techno-economic feasibility study, the MMRDA has already completed initial plans, and these are now being included in the Regional Transport Road Map.
    Along with the major traffic lanes, the Rs 9,326 Crore corridor would contain designated lanes for buses, two-wheelers, and non-motorized transportation.
    The 126 km long multi-modal corridor from Navghar in Virar to Chirner in Uran is an important route connecting several national highways, Navi Mumbai International Airport, Jawaharlal Nehru Port Trust (JNPT), Mumbai Trans-Harbour Link (MTHL), Delhi-Mumbai dedicated freight corridor and Revas Port.
    The corridor includes rapid bus transit, metro rail, water supply lines, gas lines and sewage lines and will be developed in two phases: 79 km Phase 1 from Navghar to Chirner near JNPT and 47 km Phase 2 from Chirner to Alibaug.
    The multi-modal corridor will be a crucial step towards development, strengthening and creating job opportunities in seven growth centres in MMR such as Virar, Bhiwandi, Kalyan, Dombivali, Panvel, Taloja and Uran.
    This corridor will carry all the traffic from JNPT towards Navi Mumbai and Thane outside the city and will help reduce traffic congestion within the city. The travel time between Virar to Alibaug required today will also be reduced by 50 per cent.
    To be built at an estimated cost of Rs 40,000 Crore, the project is expected to be finished by 2026.
    Mumbai Nagpur
    Expressway
    The Hindu Hrudaysamrat Balasaheb Thackeray Maharashtra Samruddhi Mahamarg, also known as the Nagpur-Mumbai Super Communication Expressway, is a partially completed, access-controlled, 701 Km long six-lane wide (and extensible to eight-lanes) expressway in Maharashtra, India. It is one of the nation’s longest greenfield expressway projects and will link the state’s two major cities, Capital city Mumbai, and Nagpur city. The project was completed in May 2023. The overall cost of this project is around Rs 55,000 Crore.
    The Samruddhi highway will be expanded and a four-lane highway will be constructed from Sindkhedaraja node to Shegaon. While Sindkhedraja is the birthplace of Chhatrapati Shivaji Maharaj’s mother Jijabai, Shegaon is known for Gajanan Maharaj Sansthan.
    Upto January 2023, about 90 per cent of work was completed on the eight-lane expressway. Out of this, the 520 km long Nagpur-Shirdi stretch of Samruddhi Mahamarg was inaugurated by Prime Minister Narendra Modi in December 2022. Over 10 lakh vehicles have used the highway by February 2023, said the budget document.
    Mumbai Goa Konkan
    Expressway
    Konkan Expressway is a 450 km long, six-lane, access-controlled expressway connecting Panvel (Navi Mumbai) and Sindhudurg via Raigad and Ratnagiri, planned by MSRDC.
    The projected greenfield expressway will link the three districts of Raigad, Ratnagiri, and Sindhudurg while running parallel to the Maharashtra coastline. The expressway is anticipated to cut the existing 6-7 hour travel time between Mumbai and Sindhudurg to roughly three hours. The estimated cost of this project will be roughly around
    Rs 70,000 Crore.
    Mumbai-Pune Expressway – Missing Link
    The budget has made a provision of Rs 6,695 Crore for the construction of the missing link between Khopoli and Khandala on the Mumbai-Pune Expressway. The road will connect Khalapur Toll Booth point with Kusgaon, bypassing the expressway’s entire ghat (hill) section. The 13.3-kilometre missing link has two tunnels with lengths of 1.67 kilometres and 8.92 kilometres as well as a bridge at a height of 180 metres. The plan follows world class safety measures and has the world’s widest tunnel. As of now, 75 per cent of the work is complete and it is expected to be ready by September 2024. Once open to traffic, the missing link will prevent bottlenecks at Khandala, providing for a seamless travelling experience. The project is proposed to make the expressway a “zero-fatality corridor”.
    Nagpur Vijayawada
    Expressway
    The development of the Vijayawada-Nagpur Express Highway, which will improve Andhra Pradesh’s connectivity with Maharashtra, has been approved by the National Highways Authority of India (NHAI). A 457 km stretch of roads would be built at a cost of Rs 140 billion, according to the NHAI.
    Vidarbha in Maharashtra will be connected by the Vijayawada-Nagpur Express Highway in an effort to speed up the transportation of commercial and agricultural cargo.
    Mumbai Indore
    Expressway
    On the Delhi-Mumbai expressway, a 173-kilometer section is being built to connect Indore and Garod. The longest expressway in India will soon reach Indore, improving connectivity. India’s longest highway is being extended out to Dewas, Ujjain, and Garod in order to improve connectivity.
    Pune Ring Road
    Pune Ring Road has been undertaken in order to reduce the traffic congestion in Pune city. It plans to allow vehicles from different regions of the state to traverse through the Pune city without using its arterial highways, the 170 km long Pune ring road will aid in reducing traffic congestion. The ring road project has been divided into the eastern and the western zones. The eastern zone of the ring road would pass through Mawal and Kelawade. The western zone of the ring road would be via Bhor, Haveli and Mulshi talukas of the district. It will be a six-lane express expressway (with potential for expansion) with a 120 kph vehicle speed limit. Without factoring in the cost of purchasing the land, the anticipated construction cost of this mega project is around
    Rs 17,412 Crore.
    The Pune Ring Road will bypass 29 villages of Pune. And it links to major highways such as Pune-Satara, Mumbai-Pune-Solapur, Pune-Nashik & Pune-Ahmednagar maximizing the connectivity options to other locations.
    Nagpur Goa Shaktipeeth Expressway
    The Maharashtra State Road Development Corporation (MSRDC) is working on several infrastructure projects, including the Shaktipeeth Expressway, which will be the longest and most ambitious project among them. The Shaktipeeth Expressway which is named after a seat of power, is planned to be 760 kilometers long, making it longer than the Nagpur-Mumbai Expressway one of the longest in India. It will connect 11 districts in the Vidarbha, Marathwada, and Konkan regions, including Wardha, Yavatmal, Hingoli, Nanded, Parbhani, Latur, Beed, Osmanabad, Solapur, Kolhapur, and Sindhudurg, which is on the border of Maharashtra and Goa.
    The Shaktipeeth Expressway will also pass through several religious and spiritual centers in Maharashtra, such as Sevagram, Karanja Lad, Mahur, Aundha Nagnath, Nanded’s Takhat Sachkand Gurdwara, Parli-Vaijnath, Ambajogai, Tuljapur, Pandharpur, and Kunkeshwar. The Expressway will technically begin in Pavnar, Wardha district and end at Patradevi on the border of Maharashtra and Goa. The expected cost of this project is estimated roughly as
    Rs 75,000 Crore
    The 760 km Nagpur-Goa Expressway will run from Pawanar in Wardha district to Patradevi in Sindhudurg district, connecting four shaktipeethas — Mahur, Tuljapur, Kolhapur and Ambejogai. This highway passing through six districts namely Hingoli, Nanded, Parbhani, Beed, Latur and Dharashiv will give strong support to the economy of Marathwada. It will also boost the development of Wardha, Yavatmal, Solapur, Sangli, Kolhapur and Sindhudurg districts.
    Also called Maharashtra Shaktipeeth Highway, the greenfield expressway will also connect two Jyotirlingas — Aundha Nagnath in Hingoli district and Parli Vaijnath, Takht Sachkhand Shrihajur Sahib Gurdwara at Nanded and Maharashtra’s reigning deity Vitthal Rukhmai at Pandharpur.
    Nagpur Hyderabad
    Bengaluru Expressway
    The projected Nagpur-Hyderabad-Bengaluru Expressway will link Nagpur in Maharashtra, Hyderabad in Telangana, and Bengaluru in Karnataka across a distance of 1,100 km. Costs for the project are projected to be Rs 35,000 Crore.
    Nagpur Outer Ring Road
    The 119 km long outer ring road that circles Nagpur, Maharashtra, is still under development. Between NH 44 (to the south of the city) and NH 56 (to the east of the city), a portion of the route is already open for traffic. Work orders have been issued by India’s National Highways Authority (NHAI) for the completion of the final 61 km of the line.
    The estimated cost of this project is around Rs 1,170 Crore.
    Revas-Reddi Coastal Highway
    The Maharashtra Coastal Zone Management Authority has granted clearance for the expansion of a major portion of the Revas-Reddi Coastal Highway in India. The expansion will involve increasing the number of lanes from two to four and will be carried out by the Maharashtra State Road Development Corporation. The project aims to improve the existing road and boost the tourism industry. The work of the coastal highway from Revas in Raigad district to Reddi in Sindhudurg district is currently underway. The Revas-Reddi Coastal Highway, named as Maharashtra State Highway 4 (MSH-4) is being built at an estimated cost of Rs 9,573 Crore.
    The expansion of a major portion of Revas-Reddi Coastal Highway (MSH-4), from two lanes to four, has been cleared by the Maharashtra Coastal Zone Management Authority (MCZMA). The CRZ clearance has been presently granted for Package II in Ratnagiri —out of four — which starts from Bankot and terminates at Jaigad near Jindal Thermal Power plant, passing through Kelshi, Dapoli, Guhagar and Vijaygad. The expansion is being carried out by the Maharashtra State Road Development Corporation (MSRDC).
    Currently, there is no through road from Maharashtra border to Goa border along the coastline. The MSH-4 coastline road is available in a segmental manner due to long creeks. Due to this discontinuity, road users or tourists have some restrictions to plan their trips. To avoid such difficulties and to provide a boost for tourism industry, it is necessary to improve the existing MSH 04 by constructing creek bridges all along the Maharashtra coastline as a top priority.
    Delhi Mumbai Expressway
    The Delhi-Mumbai Expressway with a total length of 1350 km passes through various States such as New Delhi, Haryana, Rajasthan, Madhya Pradesh, Gujarat and Maharashtra. It is one of the most significant upcoming infrastructure projects in Maharashtra and is estimated to cost around Rs 1,00,000 Crore. The Delhi-Mumbai Expressway project is now expected to be completed by October 2025. The usual travel time between Delhi and Mumbai is 24 hours. However, over the completion of this expressway, the travel time between these locations will be reduced to 12 hours.
    Prime Minister Narendra Modi at an event recently showered praise on Maharashtra for the pace of development it has achieved. He has underlined that the infrastructure development in Maharashtra is definitely a benchmark for other States which are working to improve the road and expressway network. Maharashtra has set a significant “development benchmark” for all other States of the country.

  • Transport commissioner Vivek L Bhimanwar: Dedicated to Improving safety and Implementing Thorough Safeguards on Maharashtra’s Roads

    Transport commissioner Vivek L Bhimanwar: Dedicated to Improving safety and Implementing Thorough Safeguards on Maharashtra’s Roads

    Maharashtra State Motor Vehicles Department has 15 Regional Transport Offices and 35 Deputy Regional Transport Offices. The goal of the Department is to ensure the safe transportation of goods and passengers while providing prompt and citizen-friendly services relating to motor vehicles. With a massive load of vehicles plying on the roads across the State, the responsibility of ensuring smooth and efficient transportation majorly rests on this Department. Leading the charge is the Transport Commissioner, Vivek L. Bhimanwar. Satya Swaroop, Managing Editor of The Maharashtra MILESTONE, sat down with the Transport Commissioner to discuss the various issues related to road safety initiatives, collaboration, revenue, and future plans.

    Let us start with your experience in the Department. How would you sum up your experience thus far?
    My journey here has been pretty exciting and difficult. I have been concentrating my efforts on making considerable changes. According to the data released in January 2024 by our Department, we have reduced the number of road fatalities in the State by 1.40% in 2023 when it was on the rise in other States.
    Could you explain what resulted in this great outcome?
    For the first time in 15 years, excluding the COVID-19 years, we carried out an initiative to improve road safety by placing an inspector in charge of each police station in both metropolitan and rural areas. These officers were tasked with investigating all First Information Reports (F.I.R.s) from the previous two years that involved accidents in their respective districts. We also began identifying and addressing problems on major roads in each district, which helped us to correctly identify the most prevalent causes of accidents. Additionally, we held continuous meetings with various stakeholders to ensure that road safety measures were taken up.
    What did you discover during this process?
    We discovered that we lack an authoritative entity at the district level, which hampered effective decision-making. It became evident that we cannot dictate and direct everything from the headquarters.
    You recognised the
    importance of a more decentralised strategy. What steps did you take to remedy this problem?
    To solve this issue, the Government issued a Government Resolution (GR) through the district planning fund. It is now mandatory for Collectors to allocate 1% of this fund towards road safety projects. This financial autonomy at the district level has resulted in improved resource allocation and focused road safety programmes. As a result, we now have a more localised approach to traffic safety, with each district’s specific concerns being addressed. This has helped in identifying the main causes of accidents.
    This has resulted in a systematic strategy at the local level to address the shortcomings, focusing on their individual needs – be it placing proper lighting or identifying black spots and placing appropriate signs for them. These small-scale efforts are only a minor portion of our larger objectives since we have countless more projects in the works. Data show that these initiatives are having a good impact.
    What other actions do you think will help the
    situation?
    We intend to build India’s largest Intelligent Traffic Management System (ITMS) over roughly 2000 kilometres of road in the long term. The ITMS will not only enhance road conditions but will reduce traffic accidents. In addition, we have made an important step by enforcing Section 194D of the Motor Vehicle Act. This Section addresses the issue of two-wheeler riders not wearing helmets, which accounts for around 55% of all deaths.
    Enforcing helmet use can be difficult, especially given the wide road
    network and few
    resources. How did you address this problem?
    Enforcing helmet use brings its own set of issues. We cannot keep employees on every road at all times. To address this, we took a two-pronged strategy. We enacted Section 194D of the Motor Vehicle Act, which makes persons liable for fines if they drive or let someone else operate a motor vehicle without wearing a helmet. As a deterrence, this is effective. Second, we have begun one-on-one discussions with vehicle owners to highlight the significance of wearing a helmet and to incentivise. By connecting directly with the community, we want to influence behaviour and raise awareness about helmet usage.
    Could you elaborate on how you enforce helmet use and hold workplaces, companies, and
    institutions accountable?
    We have sent out around 7000 notifications to various offices, enterprises, and colleges, emphasising their need to ensure that everybody entering their premises wears a helmet. They can be penalised if they allow people to ride without helmets. We recommend putting CCTV cameras at these establishments to speed up the procedure. We assign an inspector to each building, and every 15 days, the officer will review the CCTV footage. We issue a challan if someone is seen not wearing a helmet. By doing so, we shift responsibility to a third party, decreasing the requirement for our people to be continually present on the roadways and minimising direct interaction with vehicle owners.
    Two-wheelers contribute a major percentage of road fatalities. What
    additional measures have you launched to address this problem?
    Indeed, two-wheelers make for a sizeable proportion of total deaths, accounting for roughly 55% of all fatalities. In addition to mandating helmet use, we are always working on various steps to improve road safety. These projects include infrastructural upgrades, public awareness campaigns, and improved traffic regulation compliance.
    How has the exemption granted to electric cars (EVs) until 2025
    influenced revenue?
    We have encountered certain revenue issues due to the exemption granted to EVs until 2025. EVs now account for roughly 10% of overall car sales, affecting revenue generation. Furthermore, car prices have risen this year owing to rising raw material costs. However, we hope to meet our sales target of
    Rs 13,000 Crore this year.
    Could you share the other projects the Department is undertaking?
    We have recently opened counselling centres on the Bombay-Pune Expressway and the Samruddhi Highway. So far, we have counselled about 40,000 motorists on the Bombay-Pune Expressway and about 14,000 motorists on the Samruddhi Highway.
    As we conclude our
    conversation, do you have any final message for our readers?
    For many years, India has had the fastest-growing economy. Unfortunately, we also have the world’s greatest number of traffic accidents. We cannot afford such a high number of traffic accidents as a developing country and prospective powerhouse. My message to all citizens is that road safety is critical. Individuals must accept responsibility for their safety and that of their families. I urge everyone to follow safety rules, develop good driving habits, and save lives. Thank you.

  • Message

    Message

    A well-knit transport infrastructure, supported by conducive environment, facilitated by supportive policies, stand as the backbone of a flourishing economy. Maharashtra has been successful in establishing such an environment, evidenced by Maharashtra being at the forefront in State GDP and other progressive indicators like per capita income which has doubled since 2012. This translates that faster and comfortable travels are much more affordable today than ever before. This resonates with the technological advancements in the recent years across the World. The technological adoption in India has rather been much quicker than any comparable developing country, and this has resulted in unique benefits and its own challenges. One of the key challenges being the safety of all road users on our roads, while keeping up with the advancements.
    Maharashtra has a road network of over 6.5 lakh km, about 3.5 crore vehicles added to the State’s vehicle fleet each year and hosts a population of about 12.5 crore people. Despite its economic growth, the State loses approximately 15,000 people each year, which is about 1% of total road traffic fatalities worldwide. The vast road network, vehicle and people necessitate a multi-sectoral technology augmented approaches to address the concerns from root level. The State has taken cognizance of this concern and each involved Department has acted in this regard.
    For the Maharashtra Motor Vehicles Department, road safety is a key priority area. The Department was the first to induct a fleet of LIDAR Speed Gun fitted interceptors that helped in making all traffic violation challans online, thus improving transparency. The Department established “Counselling Centers”, a comfortable, well-equipped roadside cabin used to counsel the traffic offenders, rather penalizing monetarily. The Department is actively driving to install technology enabled traffic management and enforcement system on key National highways in the State. All this, and with support and efforts from other Departments, the State has been able to save about 500 people (9%) in the four months of 2023, compared to 2022.
    I convey my congratulation and best wishes to the New Media Communications team that compiled this useful magazine, “Maharashtra MILESTONE 8th edition”. This is an appreciable effort, and this shall be useful to researchers, public and policy makers alike. I wish the team the very best and look forward to more impact-driven initiatives in the times to come.
    (Vivek Bhimanwar) IAS
    Transport Commissioner
    Maharashtra State, Mumbai.