Press release BoxID: 807785 (LASE Industrielle Lasertechnik GmbH)
  • LASE Industrielle Lasertechnik GmbH
  • Rudolf-Diesel-Str. 111
  • 46485 Wesel
  • Contact person
  • Christian Jagusch
  • +49 (281) 95990-0

Successful commissioning of detection system for foreign objects on the airfields of Cologne Bonn Airport (CGN) with 3D laser technology

Successful commissioning of a laser-based clearance test system for the detection of foreign objects on the landing fields at Cologne Bonn Airport (CGN)

(PresseBox) (Wesel, ) LASE PeCo Systemtechnik GmbH, Germany located solution provider for security applications, announces the successful commissioning of a laser-based clearance test system for the detection of foreign objects on the landing fields at Cologne Bonn Airport (CGN).

With its measurement system called “Airfield Luggage Detection” (LaseALD), LASE PeCo has installed a product which fulfills the specific requirements and conditions of the Cologne Bonn Airport. This airport is one the biggest German hubs in the field of freight traffic and especially here, a laser-based object detection on the landing fields is necessary due to the existing ban on night flights. Thus a highly precise and reliable detection of objects in the crossroads area of the landing fields is ensued.

Particularly on this site in Cologne-Bonn detours shall be avoided as well as a time saving of approx. 15 minutes can be achieved. Previously each vehicle had to give a wide berth to the airfield. For example one logistics provider carries perishable food to the maneuvering area in order to supply the airplanes. Initially the construction of a bridge or tunnel was planned as an alternative, but wasn’t feasible due to complex structural measures. This is why the application LaseALD proves itself as ideal solution after extensive tests.

At Cologne Bonn Airport this laser-based application shall ensure a reliable detection of fallen items of luggage with minimum dimensions of 50 cm x 40 cm x 20 cm, which derive from the trolley after passing the crossroads area. Thus damages at the airplane engines by these objects can be avoided. Before two installed boom gates close, the crossroads area is checked for foreign objects by two 3D laser scanners. After it the operator receives a message on his display. In case of an object detection an alarm will be given immediately, whereby the detected objects are shown within the LASE-Software three-dimensionally.

The application is an overall system of different hardware components, which consists of a 3D laser scanner, CAN/Ethernet converter, industrial-PC, digital I/O-Module and a display for status information. Point of installation of the 3D laser scanners is a pylon construction near the runway boundary. It’s sheltered through weather protection housing against general weather conditions and has an individual angle setting of +/- 45°. The 3D laser scanner has a scan range of up to 80 m and by its high scan frequency of 20/40 Hz it detects objects reliably. The application software uses special algorithms to detect the objects on the airfield, whereby static objects like signs or boundaries are filtered out. The final status of the open space examination will be displayed on a separate monitor.

By the use of highly precise laser technology an extensive airfield monitoring can be operated, which ensures reliable object detection even at darkness or inclement weather. High system flexibility also allows an application to individual requirements and conditions.

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LASE Industrielle Lasertechnik GmbH

LASE PeCo is a producer and system solution provider in the field of People Counting and perimeter protection in order to obtain visitor frequencies, pathing analyses and the surveillance of open spaces. Frequencies are a major figure for the success of e.g. retailers, shopping streets, pedestrian areas or shopping centers. The selection of the counting devices is even subjected to data protection legislation.
In 2008 LASE PeCo Systemtechnik GmbH became independent from LASE Industrielle Lasertechnik GmbH (founded in 1990) and specialised in the application of laser measuring technology for people frequency ascertainment.