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Traffic Flow Statistics Radar
MR-TC728
Frequency: Operating at 77GHz Applications: Arterial Monitoring, Intersection Management, Tunnels Monitoring, Checkpoint Traffic Flow Statistics Functions: Moving target , Velocity, Direction, Angle, Distance on moving objects, Vehicle classification counts (large, medium, small), Time occupancy, Space occupancy, Vehicle headway
MR-TC728 is a compact 77GHz traffic flow radar. By transmitting a fan-shaped microwave beam forward and analyzing the reflected signals, it captures key vehicle information such as position, speed, and stop status. This enhances the accuracy of traffic data acquisition and significantly improves the precision and timeliness of intelligent traffic warning systems.
The radar supports simultaneous detection of 4–6 lanes, with the capability to track up to 128 targets concurrently, and offers a maximum detection range of up to 280 meters. It is characterized by high accuracy, easy commissioning, high capture rate, stable performance, and lightweight design.
The MR-TC728 is well-suited for applications such as urban intersections, highway traffic flow monitoring, and other intelligent transportation scenarios.
Key Performance Highlights
Up to 280 Meters
Maximum Range
0…+ 250km/h
Speed Range
90 ° (H) x 26 ° (V)
Field of View (Near)
22 ° (H) x 26 ° (V)
Field of View (Far)
6 Lanes
Covery
128 Targets
Simultaneously tracking
-40°C to +70°C
Operating Range
24/7 All-weather
Operating conditions
Technical Features
| Frequency: | FMCW radar working at 77GHz | |
| Detection Range: | 1.2~280m@0° for LRR 1.2~50m@±45° for MRR | |
| Azimuth Beam: | 90° for MRR 22° for LRR | |
| Elevation Beam: | 13 ° | |
| Mounting Height: | 3 - 6m | |
| Interface: | RJ45 & RS485 | |
| Power Supply: | 12V DC | |
| Power Consumption: | 4W | |
| Outline Dimensions: | 149.4*125.5*45.2 mm | |
| Weight: | 650g | |
| Material: | PBT / Cast Aluminum |
Radar Software & Support
Enhance mmWave Radar Performance with Our Software & Expert Support Package
SOFTWARE SUPPORT
Continuous Improvement with Software-Driven Radar
TECHNICAL SUPPORT
Priority Access to Radar Support
Application Scenario Diagram