Beyond video detectors, AirLink is fully compatible with ClairWav-T24 microwave radar detectors

The CLAIRLUP-V8F Inductive Loop Vehicle Detector delivers unmatched precision in real-time flow detection and vehicle classification, making it an ideal solution for urban roads, highways, bridges, tunnels, and more.

Fujian Province, with its dense urban road networks and high-traffic highways, required a reliable and high-performance traffic data collection system to enhance traffic management, optimize signal control, and support intelligent transportation systems (ITS). The ClairLup-V8F 8-channel loop detector was deployed across key locations, including urban intersections, expressways, and tunnels, to provide real-time, accurate traffic flow statistics.

TraffiClair Signal Control Algorithm combines the best of SCATS and SCOOT while overcoming their limitations—delivering real-time, high-resolution adaptive control for seamless urban mobility.

Introducing our high-efficiency Solar-Powered Warning Light—designed to improve visibility and safety on highways, day and night.

200 pcs of ClairEye-iSeries AI traffic sensors significantly improved traffic management, safety, and energy efficiency in Sanhe City, becoming a cornerstone of its smart transportation infrastructure.

ClairGeo-MP geomagnetic parking sensors have been successfully implemented across various high-impact projects, demonstrating their versatility and effectiveness. In Quanzhou's Yongchun County, the system manages 5,673 parking spaces across 55 key road sections, while Yangzhou's smart parking system covers over 9,000 on-street spaces citywide. Shandong's Dezhou initiative has deployed over 8,000 parking spaces, enhancing urban parking efficiency. During the Beijing 2022 Winter Olympics, Zhangjiakou utilized these sensors in key service areas, ensuring smooth parking operations. Additionally, the Beijing Economic-Technological Development Area and Shanghai Tobacco Company Logistics Park have integrated ground magnetic detectors to optimize parking guidance and zone management, showcasing the product's adaptability in diverse environments.

The ClairGeo-MP series wireless magnetic parking detectors are advanced devices designed for front-end data collection and real-time monitoring of parking space status. Utilizing a sophisticated dual or triple-mode detection system, these detectors integrate highly sensitive magneto-resistive sensors, 24GHz millimeter-wave radar, and photosensitive sensors to accurately capture vehicle information. By analyzing changes in the Earth's magnetic field, microwave pulse signals, and photosensitive resistance values, the system effectively determines the occupancy status of parking spaces.

The Smart Parking Guidance System consists of geomagnetic vehicle detectors, parking information display screens, a parking management cloud platform, and mobile parking guidance apps. The system uses geomagnetic vehicle detectors as parking space status collection devices to perform real-time detection of parking space occupancy. The real-time parking status information is then collected and transmitted to the cloud platform of the smart parking guidance system via the operator's network or Ethernet.

The average number of secondary stops at intersections is reduced by approximately 1,680 vehicles per hour, and the average hourly traffic volume at intersections can increase by about 8% compared to the original baseline. The average congestion time at intersections during peak hours is reduced by 43.5%, with a 44.9% reduction during the morning peak and a 43.1% reduction during the evening peak.

The project is at a key intersection near a major train station in a new first-tier city. The station is along a main city artery and experiences high passenger flow. Despite fixed timing schemes, occasional surges in random traffic flow led to oversaturation and reverse overflow, impacting traffic on the main road.

The ClairWav-U24 tunnel radar is a cutting-edge radar system specifically engineered to address the unique challenges of tunnel environments, particularly the pervasive issue of multipath effects. Multipath effects occur when radar signals reflect off the walls, ceiling, and other surfaces within a tunnel, creating multiple signal paths that can distort the radar's ability to accurately detect and track objects. This phenomenon is especially problematic in tunnels due to their enclosed and reflective nature.