Traffic cones are one of the most recognizable and essential pieces of safety equipment, but choosing the right ones for your specific project can be more complex than it appears. The wrong cone selection can lead to safety hazards, compliance issues, and unnecessary costs. This comprehensive guide will help you select the perfect traffic cones for any application.

Introduction

Partnering with WBE traffic safety suppliers like SC Supply Company, LLC offers unique advantages. As a WOSB-certified business since 2001, we provide women-owned safety equipment to contractors and municipalities nationwide. Learn why choosing a women-owned business benefits your projects.

Benefit 1: Benefits of WBE Traffic Safety Suppliers

Many corporations and government agencies prioritize supplier diversity. By working with WBE traffic safety suppliers, you meet inclusion goals while accessing top-quality women-owned safety equipment.

Benefit 2: Access to Government Contracts

Our WOSB certification qualifies us for federal contract set-asides under the SBA’s WOSB Program, helping you meet procurement requirements for WOSB traffic supplies.

Benefit 3: Personalized Service

As a women-owned business, we offer exceptional customer service, guiding you to select the right traffic cones, barricades, or women-owned safety equipment for your project.

Benefit 4: Nationwide Reach

With distribution centers in IL, NJ, FL, TX, CA, WI, and MO, we deliver WEB traffic supplies quickly across the U.S. and internationally.

Benefit 5: Commitment to Quality

Our women-owned safety equipment is MUTCD-compliant, ensuring durability and safety for municipalities, contractors, and airports.

Why SC Supply?

SC Supply combines WBE certification with expertise in WOSB traffic supplies. Our nationwide distribution and customer-focused approach make us the ideal partner.

Partner with WBE traffic safety suppliers. Shop women-owned safety equipment or request a quote today. Call us at (574) 287-0252 for support.

For business owners and construction managers, those cones and barrels in your work zone aren't just another line item on the budget. They're critical tools—protecting your crews, keeping traffic flowing, and helping you stay on the right side of the law. For workers on the ground, these devices can mean the difference between a close call and a tragic accident.

Turns out, there’s a lot of science—and a whole lot of regulation—behind how and why we use temporary channelizing devices like cones, drums, and delineators. And when they're used right, they don’t just prevent accidents—they save lives and protect your bottom line.

Traffic cones are indispensable tools for managing work zones, providing visual guidance, and enhancing safety for workers and motorists. This blog delves into the various aspects of utilizing traffic cones, including their types, proper placement, and adherence to safety standards, to ensure work zones' efficient and secure functioning.

This blog delves into the various aspects of using traffic cones, including their types, proper placement, and adherence to safety standards, to ensure the efficient and secure functioning of work zones.

Work zones introduce changes to regular traffic patterns and pose inherent risks. Traffic cones are vital in delineating these changes, alerting drivers to potential hazards, and guiding them safely through construction or maintenance areas.

This blog aims to provide an in-depth understanding of the effective use of traffic cones, covering their types, proper placement strategies, compliance with regulations, and best practices to enhance overall work zone safety.

Types of Traffic Cones:

Standard Traffic Cones:

The most common traffic cone is bright orange for high visibility and comes in various heights, typically 12 to 36 inches. Durable materials such as PVC are commonly used in manufacturing traffic cones for stability and resistance to weather conditions.

Reflective Traffic Cones:

These traffic cones include reflective collars or tape for enhanced visibility, especially during low-light conditions, and are ideal for use in nighttime construction or areas with reduced visibility.

Collapsible Traffic Cones:

This type of traffic cone is designed for easy storage and transportation, and its lightweight material allows for quick deployment and retrieval.

Proper Placement of Traffic Cones:

Work Zone Planning:

The first step in planning a work zone is to assess and identify areas that require traffic control. Other factors to consider are the type of work, traffic flow, and the need for pedestrian pathways.

Spacing and Visibility:

The spacing of traffic cones in a work zone is determined based on various factors, including the speed limit of the road, the type of roadway, and specific guidelines provided by regulatory authorities. One standard method used to calculate the spacing of traffic cones is based on the concept of a taper rate.

The Manual on Uniform Traffic Control Devices (MUTCD), which provides guidelines for traffic control in the United States, recommends using a 20:1 taper rate for work zones. This method means that for every 20 feet of lane closure, the taper (the area where cones are placed to guide traffic into the closed lane) should extend one foot.

The formula for calculating the spacing of traffic cones in a work zone, following the 20:1 taper rate, is:

Here, the "Spacing" is the distance between individual traffic cones, and the "Length of Taper" is the total length of the taper area.

For example, if you have a work zone with a 100-foot taper, the spacing between traffic cones would be:

It's important to note that these values are general guidelines, and specific regulations may vary by location or jurisdiction. Always consult your area's relevant traffic control standards and regulations for accurate and up-to-date information.

Uses:

• Use traffic cones to channelize traffic and indicate lane closures.
• Employ tapered configurations for smooth transitions and clear delineation.
• Place cones around hazards, holes, or uneven surfaces.
• Mark the perimeter of the work area to prevent unintentional intrusion.

Reflective Elements:

• Incorporate reflective cones or add reflective bands to enhance visibility, especially during nighttime operations.

Compliance with Regulations:

MUTCD Standards:

• Adhere to the Manual on Uniform Traffic Control Devices (MUTCD) standards for traffic cone usage.
• Follow cone color, size, and placement guidelines to ensure regulatory compliance.

Local Regulations:

• Familiarize yourself with and comply with local and state regulations regarding traffic control devices.
• Regularly update the traffic control plan to align with any changes in regulations.

Best Practices:

Training and Awareness:

• Train personnel on proper traffic cone placement and safety protocols.
• Ensure that workers and equipment operators know the significance of traffic cones and all channelizing and traffic safety devices in the work zone.

Maintenance:

• Regularly inspect traffic cones for damage and wear.
• Replace damaged cones promptly to maintain their effectiveness.

Communication:

• Use traffic cones to convey specific messages to drivers and pedestrians.
• Combine cones with signage to provide clear instructions and warnings.

Examples of Effective Implementation of traffic cones:

Highway Construction Zone:

• In a highway construction zone, traffic cones were strategically placed to channel traffic around ongoing roadwork. Reflective cones and proper spacing helped drivers navigate safely, especially during nighttime operations. This resulted in reduced congestion and minimized the risk of accidents.

Road Maintenance Project:

• Traffic cones created a clear and visible lane closure during a road maintenance project. The cones were spaced according to the speed limit, and additional warning signs were placed to inform drivers well in advance. This proactive approach enhanced driver awareness, preventing abrupt lane changes and promoting a smooth traffic flow.

Pedestrian Safety in Urban Work Zone:

• In an urban work zone where pedestrian safety was a priority, traffic cones were used to establish a dedicated pedestrian pathway. Reflective cones and clear signage guided pedestrians around construction activities while ensuring their visibility to drivers. This approach improved overall safety for both pedestrians and motorists.

Utility Maintenance on Local Streets:

• During utility maintenance on local streets, traffic cones cordoned off the area around open manholes and equipment. The cones served as a visual barrier, alerting drivers to the potential hazards. This method of traffic cone deployment prevented accidental intrusions into the work zone and reduced the likelihood of injuries to workers.

Event Traffic Management:

• When significant events impacted regular traffic flow, traffic cones were strategically placed to create temporary lanes and direct vehicles to designated parking areas. This proactive traffic management using cones contributed to a well-organized flow of vehicles, minimizing congestion and improving overall safety.

Emergency Response:

• During emergency response situations, such as accidents or hazardous material spills, traffic cones were swiftly deployed to establish a safe perimeter around the incident. This method of traffic cone deployment protected emergency responders and workers and guided traffic away from the potentially dangerous area, preventing secondary accidents.

Construction Site Ingress and Egress:

• In construction sites with multiple access points, traffic cones marked the ingress and egress lanes for construction vehicles clearly. Properly placed cones guided the flow of construction traffic, reducing the risk of collisions and ensuring efficient movement within the site.

It's important to note that the success of traffic cone usage in these examples was not only in their physical placement but also in adherence to safety standards, compliance with regulations, and effective communication with workers and the public. These real-world instances showcase the versatility of traffic cones in addressing various safety challenges in work zones.

Case Studies:

• Great work is being done through C2 SMART with virtual reality-based traffic simulation safety training. See the report at https://rosap.ntl.bts.gov/view/dot/68120/dot_68120_DS1.pdf  "Work Zone Safety: Virtual Reality-based Traffic Co-simulation Platform for Workforce Training and Pedestrian Behavior Analysis"
  

• Another excellent case study is “Mitigating Work Zone Safety and Mobility Challenges through Intelligent Transportation Systems” https://ops.fhwa.dot.gov/publications/fhwahop14007/fhwahop14007.pdf  by the FHWA.

Conclusion:

Traffic cones are indispensable tools in managing work zones, serving as visual guides and safety markers. By understanding the types of cones, proper placement strategies, compliance with regulations, and best practices, transportation professionals can ensure the effective use of traffic cones to enhance overall work zone safety. Regular training, awareness, and adherence to standards are crucial for successful implementation. This report provides a comprehensive guide for stakeholders involved in the planning and executing work zones, emphasizing the significance of traffic cones in achieving optimal safety outcomes.

Airports are vital hubs connecting the world, facilitating global travel, and supporting economic activities. With aviation's ever-growing importance, ensuring airport safety and security has become a paramount concern. One crucial element in the arsenal of airport security measures is the low-profile airport barrier. This blog explores the importance and diverse uses of these unassuming yet effective security tools.

Importance of Low Profile Airport Barriers:

Security Enhancement:
Low-profile airport barriers enhance security by creating physical obstacles that deter unauthorized access to critical areas. Detering unauthorized access is crucial in safeguarding runways, taxiways, and sensitive airport facilities from potential threats.
Vehicle Control:
Controlling the movement of vehicles within the airport is a critical aspect of maintaining safety. Low-profile barriers serve as practical tools for regulating traffic flow, preventing unauthorized access, and protecting against vehicle-based security risks.
Access Control:
These barriers contribute to access control measures, ensuring that only authorized personnel can enter specific gates, boarding areas, and other secure zones within the airport. This helps prevent unauthorized individuals from entering restricted areas.
Crowd Management:
Low-profile barriers are valuable for crowd management in areas with high pedlow-profileffic, such as terminals and check-in areas. They help organize passengers, prevent congestion, and ensure the efficient flow of foot traffic.
Event Security:
During special events or airport gatherings, low-profile barriers provide a flexible solution for managing crowds, creating secure zones, and maintaining order. Their adaptability makes them suitable for temporary security measures as needed.
Aesthetic Considerations:
Some low-profile barriers are designed to be discreet and aesthetically pleasing, minimizing their visual impact on the airport environment. This ensures that security measures do not compromise the airport's overall aesthetics.

For added security, visiblity, and vehicale control - 360 degree red lights, barricade lights, and or vinyl flags can be added.

Uses of Low Profile Airport Barriers:

Perimeter Security:
Low-profile barriers are primarily used to define and secure the airport's perimeter. They prevent unauthorized access from the external environment, adding an extra layer of protection to the airport's boundaries.
Runway Protection:
Runways are critical areas that demand stringent security—strategically placed Low-profile barriers prevent unauthorized vehicles or personnel from entering the runway area, reducing the risk of accidents and enhancing overall safety.
Queue Management:
In areas where queues form, such as security checkpoints and boarding gates, low-profile barriers help manage lines efficiently. This ensures a smooth and organized experience for passengers while preventing overcrowding.

While specific regulations can differ, some common considerations for airport barriers may include:

Compliance with Aviation Security Standards:
Airport barriers must comply with established aviation security standards to ensure the overall safety and security of the airport. These standards often cover perimeter security, access control, and protection against various threats.
Impact on Airside Operations:
Barriers should not impede normal airside operations, including the movement of aircraft, ground vehicles, and airport personnel. The design and placement of barriers must consider the need for efficient airport functioning.
Accessibility and Evacuation Routes:
Barriers should not hinder access to emergency exits, evacuation routes, or emergency response areas. They must allow for people's safe and rapid evacuation in an emergency.
Durability and Resistance: 
Airport barriers are expected to be durable and resistant to various environmental conditions, including weather elements and potential tampering. They should also be able to withstand impact and effectively prevent unauthorized access.
Visibility and Marking: 
Barriers should be visible, especially in low-light conditions, and may be required to have reflective markings. This enhances safety and ensures that barriers do not harm airport operations or personnel.
Standards for Construction and Materials: 
Regulations may specify specific standards for the construction and materials used to manufacture airport barriers, which ensures barriers meet the necessary strength and safety requirements.
Compliance with Local Building Codes: 
Besides aviation-specific regulations, airport barriers may need to comply with local building codes and regulations. These regulations may include considerations related to construction, fire safety, and other relevant aspects.

To obtain accurate information on regulations for low-profile airport barriers, it is essential to consult the specific guidelines and requirements provided by the relevant aviation authority overseeing the airport. Airport operators and security personnel work closely with regulatory bodies to ensure compliance with all applicable standards and regulations.

Conclusion:

Low-profile airport barriers are unsung heroes in airport security. Their multifaceted utility in enhancing security, controlling access, and managing crowds contributes significantly to airports' overall safety and efficiency worldwide. As technology advances and security challenges evolve, the low-profile airport barrier is crucial in fortifying the defense mechanisms that keep our airports secure and operational.

Airports are bustling hubs of activity where precision and safety are paramount. While runways often take the spotlight, taxiways are equally crucial in guiding aircraft between terminals, runways, and gates. Airport taxiway markers, a vital aspect of aviation infrastructure, are instrumental in ensuring aircraft's smooth and safe movement on the ground. In this blog, we'll explore why taxiway markers are necessary, their historical evolution, and the components that make them an integral part of aviation operations.

History of Airport Taxiway Markers:

The history of airport taxiway markers runs parallel to the evolution of aviation infrastructure. Early markings were basic and primarily focused on providing directional guidance. Over time, technological advancements, international cooperation, and a growing emphasis on safety led to standardized systems and globally recognized symbols.

Why are Airport Taxiway Markers Necessary?

1. Guidance for Pilots: Taxiway markers are visual aids to guide pilots during ground movements. As airports can be extensive and complex, clear markings help pilots navigate the taxiways precisely, especially in adverse weather conditions or low visibility.
2. Preventing Runway Incursions: Taxiway markers are crucial in avoiding runway incursions – incidents where an aircraft, vehicle, or person improperly enters an active runway. Proper markings contribute to maintaining a safe and organized ground environment.
3. Enhancing Operational Efficiency: Well-defined taxiway markers contribute to the overall efficiency of airport operations. Pilots can follow a designated route, reducing the risk of congestion and ensuring timely departures and arrivals.

Importance of Airport Taxiway Markers:

1. Safety: Safety is the foremost consideration in aviation. Taxiway markers help prevent collisions, guide pilots away from restricted areas, and minimize the risk of accidents during ground movements.
2. Compliance with Regulations: Airports adhere to strict regulations set by aviation authorities. Proper taxiway markings ensure compliance with these regulations, contributing to a standardized and globally recognized system.
3. Efficient Ground Movement: Timely and efficient ground movements are essential for maintaining airport schedules. Clear taxiway markings enable smooth transitions between runways, terminals, and gates, reducing the risk of delays.

Components of Airport Taxiway Markers:

1. Painted Surface Markings: These include painted lines, arrows, and symbols directly on the taxiway surface, providing visual cues for pilots.
2. Reflective Markings: Reflective materials enhance visibility during low-light conditions. Reflective paint or embedded reflective elements in the surface contribute to increased awareness.
3. Lighted Markings: Some taxiway markers incorporate lighting elements, such as inset lights or raised fixtures, to improve visibility during nighttime operations.

Airport taxiway markers are essential to aviation infrastructure, ensuring safety, efficiency, and compliance with global aviation standards. As technology and safety practices continue to evolve, these markers will remain a fundamental part of the intricate dance of air traffic management, guiding aircraft safely on the ground and contributing to the overall success of airport operations.

Environmental factors, such as glare from the sun and oncoming headlights, can challenge driver visibility and safety. Highway glare screens have become a crucial component of transportation infrastructure to address these issues.

While glare screen barrier systems are used on some US highways, they are not a standard feature. The FHWA's Manual on Uniform Traffic Control Devices (MUTCD) does not mandate their use. Implementation varies by state, and decisions regarding their use are made at the state or local level and vary across different regions.

What are Highway Glare Screens?

Highway glare screens, also known as anti-glare screens or shields, are structures strategically installed along highways, medians, and roadsides to mitigate the impact of direct sunlight and oncoming vehicle headlights. These screens enhance driver visibility, reduce distractions, and improve road safety. Glare screens can also be used as noise barriers to minimize traffic noise and sometimes incorporate glare-screening features.

Purpose and Usage:

1. Sun Glare Mitigation: Glare from the sun can be particularly challenging, especially during sunrise and sunset. Highway glare screens block or redirect sunlight, minimizing the potential for glare and improving driving conditions
2. Headlight Glare Reduction: Oncoming headlights, especially at night, can cause discomfort and hinder a driver's ability to see clearly. Glare screens, often equipped with vertical blades, help minimize the impact of headlights and prevent direct light from affecting drivers traveling in the opposite direction.
3. Enhanced Safety at Curves and Intersections: Deploying Glare screens in areas with sharp curves, intersections, and locations where the sun's or headlights' angle increases the risk of glare-related accidents.
4. Minimization of Distractions: Glare screens also reduce distractions caused by environmental factors such as construction work.
5. Visual Comfort: Glare screens contribute to drivers' visual comfort, making it easier to navigate the road without being temporarily blinded by intense light sources or other distracting factors.
6. Prevention of Accidents: Glare screens can help prevent accidents related to reduced visibility, especially when the sun is low on the horizon or when driving at night.

These screens are often constructed with materials that block or diffuse light effectively and come in various heights. The design and placement of glare screens are carefully considered to ensure that they provide optimal protection without obstructing drivers' views or creating new hazards. Overall, glare screens are an essential component of highway infrastructure designed to enhance safety and improve driving conditions.

The design and specifications of glare screens, including the characteristics of vertical blades may vary based on regional standards, climate conditions, and specific project requirements. For the most accurate and up-to-date information, it's recommended to refer to relevant transportation guidelines or consult experts in highway safety and infrastructure design.

Vehicle fatalities are a leading cause of death in the United States, with over 36,000 people dying in car crashes each year. Find out what you can do to help prevent them.

Unlock the transformative power of ADA compliant barricades as we delve into how these innovative solutions are revolutionizing safety and accessibility standards.

A common decision businesses must make is whether to use temporary roll-up or aluminum signage. Both options have pros and cons, but in many cases, temporary roll-up signage can offer significant advantages that make it the preferable choice. 

Cost-Effective Solution:

One of the primary reasons to choose temporary roll-up signs is its cost-effectiveness. Aluminum signage can be expensive to produce and install, making it less budget-friendly, especially for smaller businesses or organizations with limited resources. On the other hand, temporary roll-up signs offer an affordable alternative that doesn't compromise on quality. This cost savings can be crucial for businesses looking to maximize their budget.

Portability and Convenience:

Temporary roll-up signs are designed for easy portability and quick setup. They are lightweight and compact, making transport to different locations convenient. This flexibility is particularly advantageous for businesses that include flagging services, road construction, street repair, or the need to frequently change or move their signage. Aluminum signage, being bulkier and heavier, lacks this level of convenience.

Versatility:

Temporary roll-up signs allow for easy customization and versatility. Businesses can change their message simply by adding an overlay to the sign without significant costs or time-consuming efforts. This adaptability is crucial for keeping the public aware of changes and budgets on track, which can be challenging with fixed aluminum signs.

Easy Storage and Maintenance:

Temporary roll-up signage is designed for easy storage when not in use. It rolls up neatly into a compact carrying case, saving valuable space. Maintenance is also minimal, as it requires little more than occasional cleaning. On the other hand, aluminum signs can be cumbersome to store. They may require more extensive maintenance, such as repainting or rust removal.

Eco-Friendly Option:

For environmentally-conscious businesses, temporary vinyl and mesh signs can be a more sustainable choice. Their lightweight design reduces transportation emissions, and the ability to update and reuse these signs reduces the overall waste generated compared to aluminum signs that may become obsolete.

 Ideal for Temporary Needs:

As the name suggests, roll-up signs are designed for short-term or temporary needs. If your business frequently changes its location or messaging, this type of sign is a perfect fit. Aluminum signage, on the other hand, is better suited for more permanent installations.

In conclusion, while aluminum signage has its merits, temporary roll-up signage offers numerous advantages, making it an excellent choice for many businesses and organizations. Its cost-effectiveness, portability, versatility, quick turnaround time, ease of storage, and eco-friendliness make it a compelling option, especially for those with temporary or changing signage needs. Don't overlook the many benefits of temporary roll-up signs when considering your signage options.

Advantages of Vinyl Roll-Up Signs:

1. Durability: Vinyl roll-up signs are known for their durability. They can withstand exposure to various weather conditions, including rain, wind, and sunlight. This makes them ideal for outdoor use and long-term signage needs.
2. Easy to Clean: Vinyl signs are easy to clean and maintain. You can wipe off dirt, dust, or stains with a damp cloth, keeping them fresh and visible.
3. Cost-Effective: Vinyl roll-up signs are typically more affordable than other signage materials like aluminum. This cost-effectiveness makes them an excellent choice for businesses with budget constraints.
4. Lightweight: Vinyl signs are lightweight, which makes them easy to transport and install. This is particularly advantageous for businesses that frequently must set up and take down signage.
5. Space-Saving: When unused, temporary roll-up signs can be rolled up and stored in a compact carrying case. This minimizes storage space requirements, which is particularly advantageous for businesses with limited storage capacity.
6. Customizable: Vinyl signs can be customized with various finishing options, such as non-reflective and reflective coatings, enhancing their appearance and durability.

Advantages of Mesh Roll-Up Signs:

1. Wind-Resistant: Mesh roll-up signs are designed with tiny perforations that allow wind to pass through, reducing the risk of wind damage. This makes them an excellent choice for outdoor signage in windy locations.
2. Visibility: The perforated design of mesh signs allows for some transparency, which can be advantageous for maintaining visibility through the sign. For example, these signs are often used in construction zones to block off areas while allowing workers and motorists to see through them.
3. Lightweight: Like vinyl roll-up signs, mesh signs are lightweight, making them easy to transport, set up, and take down.
4. Durable: Mesh signs are typically made from strong materials, making them resistant to tearing and damage. They can also withstand exposure to sunlight and rain.
5. Space-Saving: When unused, temporary roll-up signs can be rolled up and stored in a compact carrying case. This minimizes storage space requirements, which is particularly advantageous for businesses with limited storage capacity.
6. Longevity: Mesh signs are built to last and can endure extended exposure to outdoor elements. They suit construction sites, roadwork, and other long-term outdoor applications.

Cons of Temporary Roll-Up Signs:

1.    Durability: Temporary roll-up signs may not be as durable as permanent signage options. They are designed for short-term or temporary use. They may not withstand long-term exposure to harsh weather conditions or heavy wear and tear.

2.    Limited Lifespan: These signs have a limited lifespan due to their temporary nature. Over time, the materials and mechanisms may wear out, requiring replacement if used frequently.

3.    Size Limitations: The roll-up mechanism limits the size of temporary roll-up signs. Other options like banners or rigid signs may be more appropriate for more significant signage needs.

4.    Not Suitable for All Environments: While temporary roll-up signs are suitable for many outdoor settings, there may be better choices for extremely windy locations where more robust signage solutions might be needed.

5.    Quality Variations: The quality of temporary roll-up signs can vary depending on the manufacturer and materials used. Choosing a reputable supplier is essential to ensure the signs meet your expectations regarding durability and print quality.

6.    Not Permanent: As the name suggests, temporary roll-up signs are not designed for long-term or permanent use. If you require signage with a more extended lifespan, other options, like aluminum signs, might be a better choice.

In summary, Don't overlook the many benefits of temporary roll-up signage when considering your signage options. Vinyl and mesh roll-up signs offer a range of advantages depending on your specific signage requirements. Vinyl signs are durable, versatile, and cost-effective, making them suitable for various applications. Mesh signs, with their wind resistance and transparency, are ideal for outdoor settings where visibility and durability are critical. Both options are lightweight and customizable, making them valuable tools for businesses and organizations looking to convey their messages effectively. While roll-up signs have many advantages, they also come with limitations related to durability and lifespan. To determine if they are the right solution for your needs, consider the intended use, budget, and the specific environment in which the signs will be deployed.

Every year, thousands of lives are lost due to road accidents. The alarming statistics reveal the need for a more effective solution to road safety. One of the most practical and cost-effective solutions is using traffic barricades.

Traffic safety cones are essential tools that play a crucial role in managing traffic and ensuring safety on roads and work zones. These brightly colored cones are not only eye-catching but also serve specific purposes based on their colors.

With the start of many schools just around the corner, school zone safety is a critical issue that affects the well-being of children, parents, and school staff. Setting up an effective school zone requires careful planning and consideration of many factors.

Traffic safety preparedness should be at the top of the list for every worker and traffic/highway department manager. Warning signs, traffic cones, barricades, safety vests, reflective clothing, and flaggers are crucial to ensuring workers get home to their families at the end of the day!