Emergency Vehicle Preemption Device: Enhancing Road Safety and Response Times

Emergency response teams rely on fast and safe navigation through traffic. That’s where the Emergency Vehicle Preemption Device from Emtrac Systems steps in. Designed to provide green light priority for emergency vehicles, this advanced system significantly reduces response times while improving safety for all road users.

Using the same core components as connected vehicle technologies, these systems are not only reliable but also cost-effective. They are especially useful on roadways with limited visibility—such as blind curves and hidden driveways—where the risk of collision is higher.

Key Benefits of Emergency Vehicle Preemption Devices:

·        Connected Vehicle Technology: Seamlessly integrates with existing traffic infrastructure.

·        Offset Speed Tables & Speed Cushions: Manage traffic flow to support safer and smoother preemption.

·        Advanced Warning Systems: Alert motorists ahead of an approaching emergency vehicle.

When emergency vehicles navigate intersections without preemption, it can lead to confusion, delays, or even accidents. Sudden vehicle maneuvers by other drivers often result in lane blockages or collisions. By granting emergency vehicles early green lights, preemption systems reduce such risks.

Studies show that EVP systems can prevent nearly 2.3 intersection-related crashes per year and drastically cut response times by saving several seconds per intersection. Over time, this leads to more efficient emergency services and reduced need for additional EMS stations—translating into major cost savings for municipalities.

Fire departments, police, EMS, and even transit services benefit from the implementation of EVP. However, maintaining these systems requires a dependable authority, regular reporting, and swift response to service issues. Public acceptance has also been positive, especially when educational campaigns highlight the life-saving value of preemption.

While EVP devices improve safety, emergency drivers must still exercise caution and not rely solely on the system. If preemption is delayed, drivers should remain alert and ready to stop.

Investing in an Emergency Vehicle Preemption Device is a smart move for any city focused on safety, efficiency, and saving lives.

Contact Emtrac for More Information

Manufactured by: STC, Inc.

Address: 1201 W. Randolph St, McLeansboro, IL 62859

Phone: Richard D’Alessandro - (214) 607-0100

Fax: (214) 607-0105

Email: info@emtracsystems.com

Website: https://www.emtracsystems.com/

Comments

Post a Comment

Popular posts from this blog

Improving Urban Mobility Using Traffic Signal Priority Systems

Image
Traffic Signal Priority (TSP) helps leverage a vehicle's current location and wireless communications technology to extend the green light of a traffic signal and allow a Pace or CTA bus to help reduce travel times and ensure on-time arrival and proceeding at an intersection when a bus is severely behind schedule. When looking at Transit Signal Priority , the basic reality is that using traffic signal priority and preemption settings can change signal timing and give priority to certain types of vehicles such as emergency vehicles, trucks, buses, or trains. This system aims to speed up travel times, help improve safety, and provide a way for priority vehicles to get to their next destination. More than 50 percent of area transit users can take advantage of faster, more reliable bus service. On buses equipped with signal priority, passengers will see significantly fewer delays at traffic signals, allowing them to reach their destinations on time, with less disruption to the over...
Read more

Enhancing Traffic Management with a Smart Traffic Signal Monitoring System

Image
A key component of any intelligent traffic system is the ability to monitor traffic signal equipment in real-time and address issues remotely. A Traffic Signal Monitoring System enables cities to enhance their traffic operations by providing continuous insights into signal performance and infrastructure status. Whether a municipality operates an advanced traffic management center or a single workstation, this system ensures efficient monitoring and quick response to potential disruptions. This monitoring solution comprises various service modules, each offering specialized data on different aspects of the traffic network. Cities can strategically implement the system in critical areas, optimizing their Intelligent Transportation System (ITS) capabilities. As transportation needs evolve, additional modules can be seamlessly integrated to expand system functionality, ensuring a scalable and future-ready solution. By leveraging real-time data and remote diagnostics, a Traffic Signal Moni...
Read more

Enhancing Urban Mobility with Transit Signal Priority (TSP)

Image
Transit Signal Priority (TSP) is a revolutionary technology designed to improve the efficiency of public transit by minimizing delays at traffic signals. TSP optimizes the timing of red and green cycles, reducing the time transit vehicles spend idling at intersections. By implementing slight modifications to traffic signals, such as shortening red lights for stationary buses or extending green lights for approaching transit vehicles, TSP ensures smoother and faster transit movement. TSP is widely used in cities with high-frequency transit services, including buses, light rail, and streetcars. It significantly enhances reliability, allowing transit agencies to maintain better schedules and improve overall commuter experience. The system is particularly beneficial in densely populated areas where commuters depend on public transit for daily travel. The implementation of TSP is relatively cost-effective. The expenses involved depend on the number of transit vehicles equipped with TSP tec...
Read more