Radar detection
Continuously output target ID, speed, coordinates and travel direction.
TRAFFIC SAFETY APPLICATION
Speed enforcement radar
Target data delivered when the camera needs it
Track vehicles across multiple lanes, associate speed and position with a persistent target ID, and generate measurement-line events for controller and camera integration.
Continuous target trackVirtual trigger position
Illustrative system layoutMulti-laneParallel vehicle detection
Target-levelSpeed, coordinates and direction
ConfigurableVirtual measurement-line event
Integration-readyController and camera workflow
SOLUTION ROLE
Radar maintains the target.
The camera records the image.
On a busy multi-lane road, a momentary trigger alone may not be enough to match the correct vehicle. Traffic radar tracks each vehicle through the monitored area and supplies target ID, speed, position, direction and event information to the control system, giving the camera a defined subject and capture moment.
This page describes radar-data integration. Suitability for legal enforcement and evidential use depends on local regulations, required certifications and the complete system configuration.
INTEGRATION WORKFLOW
From continuous detection to evidence association
Keep the radar track, measurement event and captured image associated with the same vehicle.
Event decision
Create a target-specific event when the vehicle reaches the configured measurement line.
Camera capture
The controller coordinates image capture using the target position and event timing.
Data association
The downstream system matches radar target data, event information and images.
KEY DATA
Identify which vehicle, where it is and when it triggers
Exact fields, interface details and timing are defined by the product protocol and project integration document.
Vehicle track
- Persistent target ID and trajectory
- Vehicle position and travel direction
- Target speed and class information
Measurement line
- Configurable virtual trigger position
- Target passage event and timing
- Input for downstream control logic
System matching
- Map radar targets to the camera view
- Associate captured images with target data
- Continue processing in the host platform
TYPICAL DEPLOYMENTS
For fixed roadside speed-measurement projects
Configuration should follow the lane geometry, mounting position, camera field of view and project rules.
Multi-lane fixed points
Track vehicles travelling in one or both directions and deliver vehicle-level speed and position data.
Gantry-mounted systems
Follow vehicles approaching a defined measurement area from a roadside or overhead position.
Road safety management
Supply front-end target data for controlled-speed zones and other safety applications.
RECOMMENDED TRAFFIC RADAR
HC-M150 multi-lane traffic radar
HC-M150 continuously detects and tracks vehicles and supplies target speed, coordinates, trajectories and measurement-line events to a controller through RS485.
View HC-M150 →BEFORE DEPLOYMENT
Confirm the road, camera and controller conditions
These inputs affect radar position, measurement-line configuration and target-to-image matching.
Lanes and travel directions
Provide road width, lane lines, curvature, controlled direction and expected vehicle paths.
Radar position and camera view
Confirm roadside or gantry mounting, installation height, camera quantity and capture zone.
Interface, timing and rules
Define controller interfaces, required data fields, event logic and platform association.
Contact us for detailed communication protocols and integration documentation.
PROJECT ENQUIRY
Share the road and camera-system conditions
Provide the lane layout, mounting position, camera configuration, controller interface and intended workflow. We will help evaluate the radar integration.