New Straits Times

KLIA to test new safety system

- Ayisy Yusof

KUALA LUMPUR: Kuala Lumpur Internatio­nal Airport (KLIA) has been selected to test the effectiven­ess of radio over fibre foreign object debris (FOD) detection system at Runway 2.

The FOD detection system, specifical­ly called Linear-Cell Radar over Fibre FOD detection system, worth US$25 million (RM99.70 million), is a tripartite collaborat­ive effort by Hitachi Kokusai Electric (HiKE), Universiti Teknologi Malaysia (UTM) and Malaysia Airports Holdings Bhd (MAHB).

The field trial, which is fully funded by the Ministry of Internal Affairs and Communicat­ions, Japan, will start this month over a three-year period until December 2020.

“KLIA, being the first airport in the world other than Narita Internatio­nal Airport, has embarked on the testing of radio over fibre FOD detection system at Runway 2,” said MAHB managing director Datuk Badlisham Ghazali in a statement yesterday.

The selection was made due to KLIA’s geographic­al suitabilit­y with its varied tropical weather in testing the robustness of the system.

Badlisham said the company would continue to embrace advanced aviation technology, making it noticeable on the map as an aviation technology innovator.

“KLIA is among the world’s busiest airports with an average aircraft movement of 32,000 monthly. We are also the first airport in the region to have a three-independen­t runway system with runway length of 4km,” he said.

Badlisham said the technology would enhance KLIA’s runway safety and surveillan­ce measures, thus boosting its position as regional hub.

 ?? SAAD
PIC BY AIZUDDIN ?? Malaysia Airports Holdings Bhd managing director Datuk Badlisham Ghazali says the radio over fibre foreign object debris detection system at Runway 2 will start this month.
SAAD PIC BY AIZUDDIN Malaysia Airports Holdings Bhd managing director Datuk Badlisham Ghazali says the radio over fibre foreign object debris detection system at Runway 2 will start this month.

Newspapers in English

Newspapers from Malaysia