Nanoradar Multi-Lane Traffic Radar for Smart Transportation
2026-08-07
Abstract
With the rapid growth of intelligent transportation systems, the demand for accurate and reliable traffic monitoring solutions is increasing worldwide. Established in 2012, Nanoradar is a professional millimeter wave radar manufacturer specializing in the development, production, and sales of radar sensors for security, automotive, smart traffic, and industrial applications. The company’s radar technology covers 24GHz, 60GHz, 77GHz, and 80GHz frequency bands, with more than 40 MMW radar models developed based on MIMO technology and cognitive radar technology. Among its traffic solutions, the multi-lane traffic radar has become an important product for modern road monitoring and intelligent transportation management.
Nanoradar’s radar sensors feature detection ranges from 30 to 1000 meters and are widely used in markets including the United States, Korea, the United Kingdom, France, and India. With strong manufacturing capabilities, professional engineering teams, and continuous investment in radar innovation, Nanoradar has become one of the major MMW radar manufacturers in China. The company provides a complete product portfolio covering traffic radar, security radar, automotive radar, and altimeter/obstacle avoidance radar solutions.

Traffic Flow Radar MR76S
MR76S Multi-Lane Traffic Radar Provides Accurate Road Monitoring
The Nanoradar MR76S Traffic Flow Radar is an advanced millimeter wave radar designed for intelligent traffic applications. Based on FMCW waveform technology, DBF digital beamforming, and MIMO technology, MR76S can detect and track vehicles, e-bikes, and other road targets in real time. As a high-performance multi-lane traffic radar, MR76S supports two-way multi-lane and multi-target trajectory tracking, covering up to 1–6 lanes with a detection range of 1.2–300 meters.
MR76S can monitor up to 128 targets simultaneously and provide real-time information including vehicle speed, distance, angle, traffic flow, occupancy rate, headway, and queue length. The radar also supports traffic incident detection functions such as slow congestion, abnormal parking, reverse driving, lane changes, and unsafe vehicle distance monitoring, making it suitable for highways, intersections, and urban traffic management systems.
Reliable Factory Manufacturing for Global Applications
Nanoradar focuses on product quality, technical innovation, and customized solutions to meet different industry requirements. The MR76S radar features near-and-far dual-beam detection technology, providing both long-range target detection and wide-area multi-lane coverage. Its compact design, low power consumption, and flexible CAN/UART interfaces make integration easier for transportation system developers.
Designed for complex outdoor environments, the multi-lane traffic radar can operate reliably in rain, snow, fog, dust, strong wind, and other challenging conditions. With all-day and all-weather monitoring capability, Nanoradar radar solutions help transportation operators improve road visibility, enhance traffic efficiency, and support the development of smart cities.
Expanding Applications in Intelligent Transportation
The demand for smart traffic infrastructure continues to grow as governments and transportation companies focus on improving road safety and traffic management efficiency. Nanoradar radar products are widely applied in highway flow monitoring, intersection detection, vehicle presence monitoring, and intelligent road management projects.
Through advanced radar sensing technology, strong production capacity, and global market experience, Nanoradar continues to provide reliable solutions for the transportation industry. The multi-lane traffic radar technology will play an increasingly important role in future smart mobility systems by delivering accurate detection, multi-target tracking, and stable performance for safer and more efficient transportation networks.
Background and Challenges
With the rapid growth of urban vehicle ownership, traditional video surveillance systems face challenges such as poor performance in low visibility environments, missed multi-target detection, and limited all-weather capability. Rain, fog, glare, and nighttime conditions can significantly reduce monitoring efficiency, creating higher demands for intelligent sensing technologies in modern transportation systems.
Urban traffic management also faces several challenges, including insufficient dynamic signal adjustment, delayed detection of traffic violations, and limited intelligent sensing coverage on highways. Traditional solutions often rely on manual monitoring, resulting in slower response times and reduced management efficiency.
Radar + Video Fusion Solution
Nanoradar’s radar-vision integrated system combines millimeter-wave radar with high-definition video technology to provide accurate and reliable traffic perception. Compared with single-sensor solutions, radar and video fusion offers stronger environmental adaptability, multi-target detection capability, and richer traffic data.
The system supports vehicle detection, speed measurement, trajectory tracking, lane identification, and traffic behavior analysis under various weather and lighting conditions. Through radar data and video image fusion, it can automatically capture vehicle information including passing time, lane position, license plate details, vehicle color, and speed.
Structured traffic data can be synchronized with management platforms for historical analysis, traffic optimization, and intelligent decision-making.
Nanoradar Traffic Radar Technology
Established in 2012, Nanoradar specializes in the development, production, and sales of millimeter-wave radar sensors for security, automotive, smart traffic, and industrial applications. The company’s radar products cover 24GHz, 60GHz, 77GHz, and 80GHz frequency bands and are based on advanced MIMO and cognitive radar technologies.
Nanoradar traffic radar solutions provide high-precision angle measurement, multi-target tracking, accurate ranging, and reliable all-weather operation. By integrating with smart cameras through spatiotemporal calibration and data fusion algorithms, the system enables 3D traffic perception with precise positioning and vehicle feature recognition.
The radar solutions can effectively reduce single-sensor blind spots and support a wide range of applications, including highways, urban intersections, traffic flow monitoring, and intelligent transportation systems.
Product Applications
Nanoradar provides multiple traffic radar models, including MR62, MR76S, TCM863, and TCM873, designed for different road scenarios.
MR76S traffic flow radar supports up to 6 lanes and can monitor up to 128 targets simultaneously, providing real-time information such as vehicle speed, distance, traffic flow, occupancy rate, and trajectory.
TCM series radar solutions offer wider coverage for multi-lane roads and complex traffic environments, supporting applications such as highway monitoring, congestion analysis, and dynamic traffic control.
All products feature strong environmental adaptability and can operate reliably in rain, snow, fog, dust, and extreme temperatures, enabling continuous traffic monitoring.
Customer Benefits
Nanoradar radar-vision fusion technology provides multi-dimensional traffic data to support dynamic signal optimization, congestion analysis, and efficient road management.
Accurate real-time detection of vehicles, pedestrians, and cyclists reduces dependence on manual monitoring and helps operators shift from passive observation to proactive decision-making.
Automated traffic event detection, including abnormal driving behavior, accidents, and violations, improves response speed while reducing the need for high-risk roadside inspections.
Through advanced millimeter-wave radar technology and intelligent data fusion, Nanoradar helps transportation operators build safer, smarter, and more efficient traffic networks.
Recommended Reading
Nanoradar Multi-Lane Traffic Radar for Smart Transportation
2026-08-07
Understanding Low Speed Obstacle Radar in Level Measurement Applications
2026-08-06
How Single Lane Radar Contributes to Sustainable Practices in Instrumentation
2026-08-03