Speed Corridor Violation Detection System
The Corridor Speed Violation Detection System detects the vehicles that violate the rule by calculating the average speed of the vehicles between two determined points on the highways. It is realized by determining the average speed of the vehicles along the corridor by processing the images taken from the cameras placed on the road. It consists of a central software that calculates the average speed using the plate information obtained from the
units. At the entrance and exit points of the designated corridor, the travel time of the vehicles whose license plate is determined is measured between these two points and this value is converted into average speed information by using the
distance information.
The system, It detects vehicles driving one after another or side by side on single or multi-lane roads with high resolution cameras. In addition, the place, time, date, distance, direction, vehicle speed, speed limit, speed violation event, etc. transfers the information to the penalty receipt via PLATÜRKTM central software. In case of possible malfunctions and attempts to intervene in the system other than authorized persons, the corridor speed violation detection system can send an audible warning to the center.
Different from point speed detection systems, radar is not used in the system and thus no need for calibration is required.
However, controls based on average speed calculation pave the way for vehicles to comply with speed limits along the entire route
and make a great contribution to preventing accidents due to excessive speed.

  • electronic inspection system

    With POINTR P3000 ;
  • Integrated license plate recognition unit
  • High resolution camera
  • Records in the memory of network connection failures keep working by holding
  • Night vision with IR Led
  • IP66, IK10 and NEMA 4x certified enclosure
  • 24/7 uptime
  • Brand, type and color recognition
  • FTP Sending data to a central server with
  • Average speed violation detection with central software

  • The system provides license plate recognition success with at least 96% accuracy.
  • The system can read the license plate of the vehicle traveling at 250km. .
  • The camera technology used in the system is IP-based camera technology.
  • The cameras used in the system are It has a resolution where you can see the details of the driver if desired.
  • There is a filtering feature on the photo that is detected as a violation to prevent interference with private life.
  • The system works automatically in line with the determined work plans and can switch to automatic standby mode if desired.
  • Since the system can measure speed in a certain corridor, it provides the opportunity to control traffic flow and safety at longer distances. With this feature, it differs from point speed measurement systems.
  • There is a function verification report obtained from accredited institutions that shows that the system can measure 99% accurately.
  • Real-time vehicles passing through the entry and exit points to be created on the specified arteries It is a system that detects speed with date and time information.
  • The system can generate average arterial flow velocity and vehicle count information on the artery in which it is installed. Thanks to this feature, it acts as a measurement sensor by calculating the travel time to be used in city traffic density maps.
  • The system performs the speed measurement in an artery, which is experienced in point speed measurement systems, by detecting the radar point by the drivers and preventing deceleration at the relevant point. . Thus, driving safety is provided more than point speed measurement systems
  • The system can be managed in real time from a single center and with all other EDS systems.
  • Desired speed violation limit values are determined through the program and 2 violation photos of vehicles traveling above this limit are sent to the center. (4 images of violations can be taken with wide-angle images if desired.)
  • The system has the ability to take pictures at night with the support of infrared spot lighting for each lane.