With a patented dual-stage light refraction design, the LED beads of the road stud do not need to protrude above the road surface while still achieving excellent long-distance visibility. The road stud remains flush with the ground, ensuring it does not interfere with snow plows or other road maintenance equipment.

The ClairSRS smart road studs features ultra bright LED lights that can actively emit light in low visibility conditions or at night, enhancing road visibility and driving safety. Even during the day, the LEDs provide effective road guidance and information dissemination.

The ClairSRS smart road studs are equipped with a built-in geomagnetic sensor that detects the approach and departure of vehicles. It collects various traffic parameters such as vehicle speed, queue length, and occupancy, and can detect vehicle stops or reverse movements. The system triggers corresponding responses using different light colors and flashing frequencies, enabling functions such as warnings, guidance, or traffic diversion.

Our partner in Malaysia has recently implemented the ClairEye-i traffic AI video detector as part of a trial project.

With the assistance of an integrated camera, the ClairWav radars can enhance its vehicle classification capabilities, supporting up to 12 detailed categories. This combination of radar and camera data allows for more accurate identification and classification of vehicles beyond simple length-based categories, enabling a richer and more nuanced understanding of the traffic environment.

Forward firing radars are primarily used for measuring the speed of vehicles approaching or receding from the radar unit. They are suitable for detecting vehicles over a long range, often used on urban traffic and highways.

Phased array radar is an advanced radar technology widely used in traffic applications. By using electronically scanned array antennas, it achieves rapid and flexible beam control, allowing simultaneous tracking of multiple targets and enhancing the radar system's detection and tracking capabilities. Combining this with video technology provides more intuitive visualization, making target identification and tracking more accurate and straightforward.

This comprehensive suite of features makes the ClairWav microwave radar family an advanced solution for traffic monitoring and management in a variety of environments and conditions.

The detector exhibits an extended lifespan through its design features. When there is no vehicle detection data, the communication module enters a sleep mode (i.e., low power mode). To distinguish between the absence of vehicles and a detector malfunction, communication with the upper end is maintained within a specified time frame, with a default value of 30 seconds, even in the absence of vehicle detection data.

ClairGeo-M Wireless Magnetic Vehicle Detectors are well-suited for integration with both the SCATS and SCOOT traffic management systems, providing essential traffic data required for their respective optimization processes.

TraffiClair is proud to announce that its ClairGeo-M Wireless Magnetic Vehicle Detectors have achieved an outstanding 99% traffic data accuracy. This high level of precision ensures that city planners and transportation authorities receive the most reliable and accurate traffic data available, revolutionizing traffic monitoring and management.

The primary sources of electromagnetic interference at the site of geomagnetic detector usage include urban public wireless Wi-Fi signals, 2G, 3G, and 4G wireless communication networks, GPS, and IoT devices. To counter these interference sources, ClairGeo-M employs the following four technical measures to achieve an optimal anti-interference solution: