• New best-in-class radar detection solution strengthens Econolite’s position as the industry leading sensor solutions provider
• Radar sensor with built-in HD camera for visual validation
• New Hub with easy-to-use design and LCD touchscreen display

Econolite, a trusted leader in intelligent traffic management solutions and part of Umovity, announced today that it has introduced the EPIQ RADAR sensor solution. EPIQ RADAR provides a best-in-class radar detection solution, delivering superior traffic detection, accuracy, and reliability. A key feature includes a built-in 1080p camera (30 FPS) with low-light sensitivity for visual validation.

“The EPIQ RADAR sensor brings in cutting-edge FMCW radar technology with a 110-degree field of view and up to 900 feet of detection, requiring only two sensors to fully cover all approaches at most intersections,” said Sunny Chakravarty, Econolite’s Vice President, Engineering. “It’s ideally suited to address diverse intersection geometries with reliable detection, supporting a variety of dynamic traffic control and emerging smart mobility programs to help reduce travel times and traffic congestion, while increasing safety for all roadway users.”

Designed to provide accurate and reliable detection using fewer sensors, EPIQ RADAR is capable of tracking and classifying 128 objects generated from 512 unique detections. With its powerful features, EPIQ RADAR provides lane-by-lane classification, vehicle counts, and travel ETA data, supporting the detection needs for stop bar, advance, departure, bicycles, and pedestrians, and enabling safety-critical applications like mitigation of dilemma zone and red-light running.

The EPIQ RADAR sensor solution consists of two key components: the EPIQ RADAR Sensor with built-in HD camera for visual validation and the EPIQ RADAR Hub. The new Hub provides powerful processing and seamless integration within the traffic cabinet and features an easy-to-use design and an LCD touchscreen display for easy configuration and status monitoring. The complete system also includes an intuitive web interface and remote access management. As with Econolite’s other sensors, EPIQ RADAR integrates seamlessly with Centracs^® +Detect for advanced and automated cloud-based data reporting, analytics, and monitoring capabilities. To learn more about EPIQ RADAR visit: https://www.econolite.com/solutions/traffic-sensors/epiq-radar/

Offering the most comprehensive suite of detection sensor types, Econolite actively works independently and collaboratively with other providers to design the most appropriate sensor solution for each application to help optimize intersection efficiency and safety. To learn more about Econolite’s complete line of sensor solutions, visit: https://www.econolite.com/solutions/traffic-sensors/

About Econolite – Part of Umovity

Econolite is the North American market leader in intelligent traffic management solutions with over 92 years of experience. Econolite has provided more than 160,000 traffic controllers deployed at over 60,000 intersections. Its leading traffic management software has been installed by more than 500 agencies across North America. Econolite prides itself on being the leading provider of traffic management solutions, including cabinets, controllers, software, sensors, and professional services. With nearly 850 employees primarily in North America, Econolite drives innovation in traffic management and safety solutions, including connected and automated vehicles research and development. In June 2022, Bridgepoint acquired a majority stake in Econolite, and together with PTV Group, a dynamic partnership was formed. Since 2023, Econolite and PTV Group are united under the brand Umovity. For more information, visit www.econolite.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20250825957501/en/

EPIQ RADAR's cutting-edge FMCW radar technology with a 110-degree field of view and up to 900 feet of detection, is ideally suited for supporting dynamic traffic control and emerging smart mobility programs