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Wrong Way Warning System

Our patented wireless collaboration integrates data from multiple radar detectors, resulting in an unparalleled level of reliability.

Features

Dual Radar Collaboration

Powered by our intelligent mesh network, our patented Dual Radar Collaboration technology syncs data from up to 8 radars to for near-perfect detection and instant response times. 

+Notification System

Real-time video notifications are swiftly transmitted via 4G networks, with personalized email, text, and web notifications tailored to your team's preferences. 

"TraffiCalm is recommended as the most effective WWPS after considering ... accuracy, responsiveness, live-tracking, life-cycle cost, and other relevant elements."

-Tennessee Department of Transportation

Case Study

An independent study conducted by the Tennessee DOT found that the TraffiCalm Wrong Way Prevention System had a 99% detection accuracy.  

Case Study download

Wrong Way Components

M75-WWCTL-C48E

W-Series Wrong Way Controller with Modem

10 Year Cell Service Required

Findings

“…findings indicated that enhanced signing such as flashing LED Wrong Way signs… were very effective in reducing wrong-way driving events.”

-Oregon Department of Transportation

Research conducted by the Oregon DOT reveals the effectiveness of Flashing LED signage in reducing wrong-way events. This innovative signage proves essential for notifying impaired drivers who require increased visibility and timely notifications to facilitate self-correction.

In The Field

Wrong Way Warning System combined with a Sign Post Flasher provides luminosity in the harshest conditions.

Models & Specifications

M75-48360-BL00

48"x 36" Back-Lit SignRed Wrong Way

Internally Illuminiated

M75-R0060-RR00

Sign Post Flasher 60" x 5/8"Red

Red Reflective Single Spaced Red LEDs

Video

The History of Wrong Way Driving Technology

The history of wrong-way driving detection technology showcases a journey from basic static measures like signage and pavement markings to advanced AI-powered systems that offer unparalleled accuracy and real-time response. Early technologies such as optical and radar detection faced challenges like poor performance in low light and false positives, which led to the development of more sophisticated solutions.

Case Study: Systemic Approach to Prevent Wrong-Way Driving

This study proposes a comprehensive systemic approach to mitigate wrong-way driving incidents, particularly focusing on the typical profile of wrong-way drivers. The recommendations encompass various engineering countermeasures, considering factors such as signage, pavement markings, active warning signs, geometric modifications, and lighting. Statistical data and references to LED lighting and RRFB usage are integrated where applicable.