Where Do Most Crashes Occur? Top US Hotspots

The National Highway Traffic Safety Administration (NHTSA) meticulously gathers data regarding vehicular accidents, and their findings consistently point to specific geographical areas with elevated incident rates; these reports are critical in understanding where do most crashes occur. The Insurance Institute for Highway Safety (IIHS) corroborates this data, further emphasizing the correlation between infrastructural design and accident frequency within particular US hotspots. Furthermore, sophisticated Geographic Information Systems (GIS) analysis reveals patterns related to intersection design and traffic flow, highlighting areas of increased risk. Consequently, law enforcement agencies often concentrate their resources in these identified zones, aiming to mitigate the potential for future collisions through increased visibility and targeted interventions.

The Unacceptable Toll: Confronting the Motor Vehicle Crash Crisis in America

Motor vehicle crashes represent a persistent and profoundly troubling public health crisis in the United States. Year after year, despite advances in vehicle technology and safety regulations, tens of thousands of lives are tragically cut short on our roads. This ongoing epidemic demands our unwavering attention and a commitment to understanding its root causes.

A Crisis of Preventable Loss

The sheer scale of the problem is staggering. It’s not just a matter of statistics, but of shattered families, unrealized potential, and a collective burden of grief. The annual death toll from car crashes far exceeds that of many other major causes of fatalities, painting a stark picture of the dangers lurking on American roadways.

Each fatality represents a unique individual, a loss that reverberates through communities and leaves an indelible mark on society.

Beyond Deaths: The Widespread Impact of Crashes

Beyond the tragic loss of life, motor vehicle crashes inflict a heavy toll in terms of injuries. Many survivors are left with debilitating physical impairments, chronic pain, and psychological trauma. These injuries can have long-lasting effects on their ability to work, maintain relationships, and participate fully in life.

The economic consequences are equally significant.

Medical expenses, lost productivity, property damage, and legal costs associated with car crashes drain billions of dollars from the economy each year. This economic burden further underscores the urgent need for effective prevention strategies.

The Imperative for Understanding and Action

To truly address this crisis, we must move beyond superficial observations and delve into the complex web of factors that contribute to motor vehicle crashes. A comprehensive understanding requires careful analysis of driver behavior, road design, vehicle safety, and the broader social and economic context.

Only through a thorough examination of these factors can we develop targeted interventions and implement evidence-based solutions. This is not simply a matter of implementing more laws or stricter penalties, although those may be part of the solution.

It requires a fundamental shift in our approach to road safety, one that prioritizes prevention, collaboration, and a shared commitment to protecting all road users.

Geographic Hotspots: Identifying High-Risk Locations

[The Unacceptable Toll: Confronting the Motor Vehicle Crash Crisis in America
Motor vehicle crashes represent a persistent and profoundly troubling public health crisis in the United States. Year after year, despite advances in vehicle technology and safety regulations, tens of thousands of lives are tragically cut short on our roads. This ongoing e…]

While the issue of motor vehicle crashes is national in scope, the reality is that the risk is not evenly distributed across the country. Certain states, urban areas, specific intersections, and even stretches of highway consistently exhibit higher crash rates than others. Identifying these geographic hotspots is a critical first step in effectively targeting interventions and allocating resources where they are most needed. By focusing on these localized patterns, we can begin to understand the unique contributing factors at play and develop tailored solutions to improve safety.

State-Level Disparities in Traffic Fatalities

A cursory glance at national crash statistics reveals significant variations in fatality rates among different states. States with larger rural populations, higher speed limits, or a greater prevalence of impaired driving often experience disproportionately high numbers of fatal crashes. Factors such as lax enforcement of traffic laws, inadequate infrastructure, and a lack of access to emergency medical services can further exacerbate these disparities.

For example, states in the Southeast and Mountain West regions consistently rank among those with the highest fatality rates per vehicle mile traveled. This may be attributable to a combination of factors, including higher speed limits, a greater proportion of rural roads, and a higher incidence of alcohol-impaired driving.

Urban Areas: Navigating Complex Environments

Within states, urban areas frequently emerge as hotspots for motor vehicle crashes due to high traffic volumes, complex road networks, and a greater mix of vulnerable road users, such as pedestrians and cyclists. Congestion, aggressive driving, and distracted driving are common contributing factors in urban crashes.

Certain cities, particularly those with rapidly growing populations and aging infrastructure, struggle with persistently high crash rates. Identifying specific high-crash corridors and intersections within these cities is essential for implementing targeted safety improvements, such as enhanced traffic signal timing, improved pedestrian crossings, and increased enforcement of traffic laws.

Intersections: Points of Conflict and Vulnerability

Intersections, by their very nature, are points of conflict in the roadway network. They represent locations where multiple streams of traffic converge, increasing the potential for collisions. Complex intersection designs, inadequate signage, and poor visibility can further contribute to crashes. Red-light running is a particularly dangerous behavior at intersections, often resulting in severe injuries and fatalities.

Studies have consistently shown that certain intersections are significantly more hazardous than others. These high-crash intersections often share common characteristics, such as high traffic volumes, complex geometry, and a history of red-light running. Implementing countermeasures such as automated enforcement cameras, improved signal timing, and enhanced signage can help to reduce crashes at these locations.

Highways and Interstates: The Dangers of Speed and Fatigue

While highways and interstates are designed to facilitate efficient travel, they also pose unique safety challenges. High speeds, long driving distances, and driver fatigue can all contribute to crashes on these roadways. Moreover, distracted driving is a growing concern on highways, as drivers increasingly engage with cell phones and other electronic devices behind the wheel.

Certain stretches of highway and interstate are known to be particularly dangerous, often due to factors such as sharp curves, steep grades, and a lack of adequate shoulders. These high-risk sections of roadway may require targeted safety improvements, such as enhanced signage, rumble strips, and median barriers, to prevent crashes and reduce the severity of injuries.

The Importance of Localized Data Analysis

The identification of geographic hotspots is not simply an academic exercise; it is a critical step in saving lives and preventing injuries. By analyzing localized crash data, transportation officials can gain a deeper understanding of the specific contributing factors at play in each location and develop tailored solutions to address those factors.

This localized approach allows for a more efficient allocation of resources, ensuring that safety improvements are implemented where they will have the greatest impact. Furthermore, by focusing on high-risk locations, transportation officials can demonstrate a clear commitment to improving road safety and protecting the well-being of their communities. The implementation of robust data collection and analysis systems are paramount to creating safer roadways for every American.

The Web of Causation: Unraveling Contributing Factors

Following the identification of high-risk geographic locations, a crucial next step is to dissect the intricate web of factors that contribute to motor vehicle crashes. Understanding this complex interplay is paramount for devising effective, targeted interventions.

It’s rarely a single cause that leads to a collision; rather, a confluence of circumstances aligning at a specific moment. Ignoring this reality undermines any attempt at a truly comprehensive solution.

Traffic Volume and Density: The Pressure Cooker Effect

The sheer volume of vehicles on the road, particularly in densely populated areas, presents a significant risk. Higher traffic density translates to increased opportunities for collisions, reduced reaction times, and greater driver stress.

Mitigation strategies must address not only infrastructure improvements but also traffic management practices. Consider optimized traffic signal timing, variable speed limits, and promotion of alternative transportation options during peak hours.

Speeding: The Perilous Equation

Exceeding the posted speed limit, or driving too fast for prevailing conditions, remains a major contributor to crashes. Speed drastically reduces a driver’s ability to react to unexpected events and significantly increases the severity of impact.

While engineering solutions such as speed humps and roundabouts have their place, altering driver behavior requires consistent enforcement and public awareness campaigns that emphasize the dangers of speeding.

Distracted Driving: The Modern Epidemic

The ubiquity of smartphones and in-vehicle infotainment systems has fueled a dangerous epidemic of distracted driving. Texting, talking on the phone, adjusting navigation, or even engaging with passengers can divert a driver’s attention, leading to catastrophic consequences.

Beyond stricter laws and penalties, technological solutions such as phone-locking apps and in-vehicle parental control systems may offer additional layers of protection. Cultivating a culture of responsible driving is essential.

Drunk and Impaired Driving: A Preventable Tragedy

Driving under the influence of alcohol or drugs continues to claim countless lives. Despite decades of public awareness campaigns and stricter laws, impaired driving remains a persistent problem.

A multi-pronged approach is necessary, encompassing stricter enforcement, ignition interlock devices for repeat offenders, and expanded access to treatment programs. Furthermore, encouraging the use of ride-sharing services and designated drivers can help prevent impaired individuals from getting behind the wheel.

Red Light Running: A Calculated Risk

The decision to run a red light, often driven by impatience or time pressure, can have devastating consequences. Intersections are inherently high-risk areas, and disregarding traffic signals significantly increases the likelihood of a collision.

Red light cameras, though controversial, have proven effective in deterring red light running at targeted intersections. However, enforcement alone is not enough. Driver education programs should emphasize the dangers of red light running and promote responsible decision-making.

Weather Conditions: The Unforgiving Elements

Adverse weather conditions, such as rain, snow, ice, and fog, dramatically increase the risk of motor vehicle crashes. Reduced visibility and diminished traction make it more difficult for drivers to maintain control of their vehicles.

While we cannot control the weather, we can adapt our driving behavior to mitigate the risks. Slowing down, increasing following distance, and using headlights are essential precautions. Furthermore, timely road closures and public safety alerts can help prevent crashes during severe weather events.

Road Design Flaws: Infrastructure Matters

Inadequate road design, including poorly designed intersections, insufficient signage, and inadequate lighting, can contribute to motor vehicle crashes. These flaws can create confusion, reduce visibility, and increase the risk of collisions.

Investing in infrastructure improvements, such as upgrading intersections, installing reflective signage, and improving road lighting, is essential for creating safer roads. Regular road safety audits can help identify and address potential design flaws.

Vehicle Maintenance Deficiencies: Neglecting the Machine

Lack of proper vehicle maintenance, such as worn tires, faulty brakes, or malfunctioning lights, can significantly increase the risk of crashes. Neglecting these basic maintenance tasks can compromise a vehicle’s safety and reduce a driver’s ability to avoid collisions.

Regular vehicle inspections and proactive maintenance are crucial. Public awareness campaigns can educate drivers about the importance of vehicle maintenance and encourage them to address potential problems before they lead to a crash.

Aggressive Driving and Road Rage: The Human Factor

Aggressive driving behaviors, such as speeding, tailgating, and weaving through traffic, can escalate into road rage incidents, leading to dangerous and even deadly crashes. These behaviors often stem from frustration, impatience, or anger.

Addressing aggressive driving requires a shift in attitudes and behaviors. Driver education programs should emphasize stress management techniques and promote courteous driving practices. Law enforcement can also play a role by aggressively targeting aggressive drivers and enforcing traffic laws.

Data-Driven Solutions: Harnessing Information for Safer Roads

Following the identification of high-risk geographic locations, a crucial next step is to dissect the intricate web of factors that contribute to motor vehicle crashes. Understanding this complex interplay is paramount for devising effective, targeted interventions.

It’s rarely a single cause that leads to these events. Instead, a confluence of circumstances often culminates in a crash. Therefore, a comprehensive, data-driven approach is essential to identify patterns, assess risks, and evaluate the effectiveness of safety measures. Data analysis is not just a tool, but a cornerstone of any robust traffic safety strategy.

The Power of Data in Crash Prevention

Data analysis offers invaluable insights into the intricate dynamics of motor vehicle crashes. By meticulously examining crash patterns, we can identify high-risk locations, pinpoint contributing factors, and ultimately, develop more effective safety interventions.

This approach transforms reactive responses into proactive strategies, moving beyond simply reacting to accidents as they occur.

Instead, we can anticipate and prevent them by leveraging the power of information. Understanding the "why" behind crashes is just as crucial as knowing the "where" and "when."

Key Data Sources for Understanding Crashes

Several key data sources provide the raw material for this analysis. Understanding their scope and limitations is critical for drawing accurate conclusions.

Crash Data

This comprehensive dataset encompasses detailed information about individual crashes, including the vehicles involved, the individuals involved, environmental conditions, and contributing factors. This detailed information allows for granular analyses of specific crash types and circumstances.

However, the accuracy of crash data depends heavily on the quality of police reporting, which can vary across jurisdictions. Standardizing reporting procedures is crucial for ensuring the reliability of these analyses.

Fatality Analysis Reporting System (FARS)

Maintained by the National Highway Traffic Safety Administration (NHTSA), FARS is a nationwide census of fatal traffic crashes. It provides a comprehensive and standardized dataset for analyzing trends in traffic fatalities.

Because of the comprehensiveness of this information, FARS is critical for informing policy decisions and evaluating the effectiveness of safety programs aimed at reducing fatalities.

However, FARS only includes fatal crashes. This provides only a partial picture of the overall crash problem, and does not include injuries and property damage.

General Estimates System (GES)

Also maintained by NHTSA, GES provides nationally representative estimates of police-reported traffic crashes. It uses a sample of crashes to generate broader estimates of crash characteristics and trends.

This system is particularly useful for understanding the non-fatal crash landscape, including injuries and property damage. However, GES data is based on estimates, and therefore has a margin of error that must be considered when interpreting the results.

Geographic Information Systems (GIS)

Geographic Information Systems (GIS) play a pivotal role in visualizing and analyzing crash data. By mapping crash locations, patterns, and contributing factors, GIS enables traffic safety professionals to identify high-risk areas and develop targeted interventions.

GIS allows for the overlaying of crash data with other relevant information, such as road characteristics, traffic volume, and demographic data. This spatial analysis can reveal critical relationships that might not be apparent from tabular data alone.

For example, GIS can be used to identify intersections with a high frequency of angle crashes, or stretches of highway with a disproportionate number of run-off-road incidents. This information can then be used to prioritize infrastructure improvements, such as installing new traffic signals or improving roadway signage.

However, the effectiveness of GIS analysis depends on the availability of accurate and up-to-date spatial data. Ensuring the accuracy and completeness of road network data is crucial for generating reliable insights.

Technological Advancements: ADAS and Traffic Management Systems

[Data-Driven Solutions: Harnessing Information for Safer Roads
Following the identification of high-risk geographic locations, a crucial next step is to dissect the intricate web of factors that contribute to motor vehicle crashes. Understanding this complex interplay is paramount for devising effective, targeted interventions.
It’s rarely a single…]

Technological advancements hold substantial promise for mitigating the pervasive problem of motor vehicle crashes. However, it’s critical to approach these advancements with a balanced perspective, recognizing both their potential benefits and inherent limitations. Over-reliance or misplaced faith in technology can create new, unforeseen risks.

The Promise of Advanced Driver-Assistance Systems (ADAS)

Advanced Driver-Assistance Systems (ADAS) have emerged as a leading technology in the pursuit of safer roads. These systems, incorporating features like automatic emergency braking (AEB), lane keeping assist (LKA), and adaptive cruise control, are designed to augment driver awareness and intervene when necessary to prevent or mitigate collisions.

The potential of ADAS to reduce accidents is significant. AEB, for instance, can automatically apply brakes when a collision is imminent, potentially preventing rear-end crashes. LKA can gently steer a vehicle back into its lane if it drifts unintentionally, addressing a primary cause of sideswipe collisions.

However, the effectiveness of ADAS hinges on several factors, including:

• System reliability: ADAS must function consistently and accurately in diverse conditions.
• Driver understanding: Drivers must fully understand the capabilities and limitations of their vehicle’s ADAS features.
• Driver behavior: ADAS should complement, not replace, attentive driving practices.

It’s crucial to avoid what is known as risk compensation, where drivers become complacent and over-reliant on ADAS, leading to a decrease in vigilance.

Traffic Monitoring Systems: Real-Time Data for Proactive Management

Traffic monitoring systems play a vital role in providing real-time data for proactive traffic management and incident response. These systems leverage a variety of technologies, including:

• Roadside sensors: Collect data on traffic volume, speed, and weather conditions.
• Cameras: Provide visual monitoring of roadways, enabling quick detection of incidents.
• Connected vehicle data: Increasingly, vehicles themselves are becoming sources of real-time traffic data.

This data enables traffic management centers to:

• Detect incidents rapidly: Allowing for quicker dispatch of emergency services.
• Optimize traffic flow: By adjusting signal timings and providing real-time route guidance.
• Alert drivers to hazards: Through variable message signs and navigation apps.

However, the effectiveness of traffic monitoring systems depends on data accuracy, system reliability, and the ability of traffic management centers to translate data into actionable strategies.

The Role of Event Data Recorders (EDRs) in Accident Reconstruction

Event Data Recorders (EDRs), commonly referred to as "black boxes," are valuable tools for accident reconstruction. These devices record critical vehicle data in the moments leading up to and during a crash.

This data can include:

• Vehicle speed
• Braking status
• Steering angle
• Airbag deployment

EDR data can provide crucial insights into the circumstances of a crash, helping investigators determine the cause and assign responsibility. However, it’s important to acknowledge limitations.

EDR data is not always available or complete, and its interpretation can be complex. Furthermore, privacy concerns surrounding EDR data access must be carefully addressed.

Navigating the Path Forward

Technological advancements offer promising avenues for improving motor vehicle safety.

However, it is imperative to approach them with a critical and cautious perspective.

Careful consideration must be given to system reliability, driver understanding, and potential unintended consequences.

A balanced and informed approach is essential to harness the full potential of technology while mitigating the risks. Only then can we move toward a future of safer roads for all.

Key Stakeholders: A Collaborative Approach to Safety

Data and technology alone cannot solve the motor vehicle crash crisis. A truly effective strategy requires a cohesive, collaborative effort from all parties involved, from federal agencies to individual citizens. Understanding the roles and responsibilities of these key stakeholders is paramount to forging a safer transportation future.

Identifying the Key Players

The landscape of motor vehicle safety involves a diverse array of stakeholders, each with a crucial part to play. Overlapping responsibilities and occasional conflicting priorities necessitate careful coordination to maximize the impact of safety initiatives.

Federal Oversight: NHTSA’s Role

The National Highway Traffic Safety Administration (NHTSA) stands as the primary federal agency responsible for reducing deaths, injuries, and economic losses resulting from motor vehicle crashes. NHTSA sets and enforces vehicle safety standards, conducts research on driver behavior and crash causation, and administers grant programs to support state and local traffic safety efforts.

However, NHTSA’s effectiveness is sometimes limited by budgetary constraints, political pressures, and the complexities of regulating a rapidly evolving automotive industry. Greater autonomy and consistent funding are essential for NHTSA to fulfill its mandate effectively.

State and Local Implementation: DOTs and Law Enforcement

State Departments of Transportation (DOTs) are responsible for the design, construction, and maintenance of roadways within their respective states. This includes implementing safety features such as guardrails, traffic signals, and pavement markings. DOTs also collect and analyze crash data to identify high-risk locations and implement targeted safety interventions.

Local police departments play a vital role in enforcing traffic laws, responding to crashes, and investigating impaired driving offenses. Consistent and visible enforcement is a critical deterrent to unsafe driving behaviors.

Engineering and Planning: Creating Safer Roadways

Traffic safety engineers are responsible for designing and implementing roadway improvements that reduce the risk of crashes. This includes designing safer intersections, improving sight distances, and installing traffic calming measures. Evidence-based design principles are critical to ensuring that roadway improvements are effective in reducing crashes.

Policy and Legislation: Setting the Framework

Policymakers at the federal, state, and local levels play a crucial role in shaping traffic safety laws and regulations. This includes setting speed limits, enacting laws against distracted driving and impaired driving, and requiring the use of seat belts and child safety seats.

Data-driven policymaking is essential to ensuring that traffic safety laws are effective in reducing crashes.

Research and Innovation: Advancing Knowledge

Researchers at universities, government agencies, and private organizations conduct research on a wide range of traffic safety topics, including crash causation, driver behavior, and the effectiveness of safety interventions. This research informs the development of new technologies, policies, and programs to improve road safety.

The Human Cost: Victims and Advocates

Finally, and perhaps most importantly, victims of car crashes and their families play a powerful role in advocating for safer roads. Their personal stories serve as a constant reminder of the human cost of motor vehicle crashes and inspire action to prevent future tragedies. These advocates often work tirelessly to raise awareness about traffic safety issues, support victims of crashes, and lobby for stronger traffic safety laws.

Fostering Collaboration for a Safer Future

Improving motor vehicle safety requires a collaborative, multidisciplinary approach. This means breaking down silos between different agencies and organizations, fostering open communication and data sharing, and working together to develop and implement effective safety strategies.

Increased collaboration between federal, state, and local agencies is essential to ensure that traffic safety efforts are coordinated and effective. This includes sharing data, coordinating enforcement efforts, and developing common safety goals.

The path to safer roads demands unwavering commitment, open communication, and a shared vision among all stakeholders. Only through this unified approach can we hope to mitigate the devastating impact of motor vehicle crashes and create a transportation system that prioritizes the safety and well-being of all road users.

Moving Forward: Recommendations for a Safer Future

Key Stakeholders: A Collaborative Approach to Safety
Data and technology alone cannot solve the motor vehicle crash crisis. A truly effective strategy requires a cohesive, collaborative effort from all parties involved, from federal agencies to individual citizens. Understanding the roles and responsibilities of these key stakeholders is paramount as we look towards implementing actionable solutions for a safer future on our roads.

The reality is stark: motor vehicle crashes remain a persistent and preventable tragedy in the United States. The human and economic costs are simply too high to ignore. We’ve explored contributing factors, from speeding and distracted driving to infrastructure shortcomings. It’s imperative that we translate this knowledge into concrete action.

This requires a multi-faceted approach that addresses the problem at its root, demanding commitment and resources across all levels of society. We must move beyond identifying the issues and implement sustainable solutions.

Investing in Safer Infrastructure

One of the most crucial steps involves a significant and sustained investment in upgrading our nation’s infrastructure. While many roads are well-maintained, dangerous intersections and outdated designs still contribute significantly to crashes.

This includes modernizing intersections with roundabouts or protected turn lanes, improving roadway visibility through better lighting and signage, and implementing intelligent transportation systems that can dynamically adjust traffic flow and warn drivers of potential hazards. Prioritizing vulnerable road users, like pedestrians and cyclists, with dedicated infrastructure is also essential.

Safe infrastructure is not merely a matter of convenience. It is a fundamental requirement for preventing crashes and saving lives.

Strengthening Traffic Laws and Enforcement

Alongside infrastructure improvements, we need to strengthen traffic laws and increase enforcement. Many crashes are the direct result of reckless or negligent driving behavior.

Stricter laws against speeding, distracted driving, and driving under the influence are necessary, but they are not enough. Effective enforcement is critical to deterring these dangerous behaviors.

This requires adequately funding law enforcement agencies and equipping them with the resources they need to conduct targeted traffic safety campaigns and consistently enforce traffic laws. Automated enforcement systems, such as red-light cameras and speed cameras, can also play a valuable role in reducing crashes at high-risk locations.

Enhancing Driver Education and Awareness

While infrastructure and enforcement are important, they cannot be the sole focus. Changing driver behavior requires a comprehensive approach that includes enhanced driver education and public awareness campaigns.

Traditional driver education programs often fall short in preparing drivers for the complexities of modern driving. We need to update these programs to incorporate defensive driving techniques, hazard awareness training, and education on the dangers of distracted and impaired driving.

Public awareness campaigns can also be effective in raising awareness of traffic safety issues and promoting safer driving behaviors. These campaigns should be targeted at specific audiences and use data-driven messaging to maximize their impact. Consideration should be given to graduated driver licensing programs that gradually introduce new drivers to the road, with restrictions lifted over time as experience is gained.

Supporting Technological Advancements

Technology offers tremendous potential for improving road safety. Advanced Driver-Assistance Systems (ADAS), such as automatic emergency braking and lane departure warning, can help prevent crashes by alerting drivers to potential hazards and intervening when necessary.

These systems are becoming increasingly common in new vehicles, but more can be done to accelerate their adoption. Governments can incentivize the purchase of vehicles with ADAS technologies through tax credits or rebates. Furthermore, we should continue to invest in research and development of even more advanced safety technologies, such as autonomous driving systems.

However, it’s crucial that technology is used responsibly and ethically. It should complement, not replace, safe driving habits and sound judgment.

A Call for Collaboration

Ultimately, creating a safer future for all road users requires a collaborative effort involving all stakeholders. The National Highway Traffic Safety Administration (NHTSA), State Departments of Transportation (DOTs), local law enforcement agencies, traffic safety engineers, policy makers, researchers, and the public must work together to address this complex problem.

Data sharing and collaboration are essential for identifying high-risk locations, understanding crash patterns, and evaluating the effectiveness of safety interventions. By working together, we can leverage our collective expertise and resources to achieve a shared goal: eliminating preventable deaths and injuries on our nation’s roads.

The path forward demands commitment, innovation, and a relentless focus on saving lives. The time for action is now. We must translate our knowledge into tangible improvements, creating a transportation system that prioritizes safety for all.

So, next time you’re hitting the road, especially in those highlighted states and intersections, remember to stay extra vigilant. Considering where do most crashes occur can inform safer driving habits and ultimately help us all arrive safely at our destinations. Drive smart out there!