KUALA LUMPUR, Malaysia, Transport Minister, Anthony Loke, made a proposal, in the latest reaction to Singapore's announced instrument landing system (ILS) approach to its Seletar Airport, that will allegedly have aircraft encroaching into Malaysian airspace.
In a Facebook post, he called on Singapore to amend the disputed flight path for the southern-end entry to the airport, and withdraw the announcement on the ILS approach, that is due to come into force on Jan 3.
Loke said, if the ILS flight path is allowed, then, Malaysia cannot build tall buildings in Pasir Gudang, Johor, and the Pasir Gudang Port will be subjected to higher risks and multiple restrictions.
Previously, the Seletar Airport didn't use ILS. Pilots can manoeuvre around obstacles and no height regulation is required around the flight path area. But, now, it is compulsory to impose a height restriction for ILS. In this case, the affected area is as big as from Pasir Gudang up north to Ayer Tawar (Johor) and almost to Kota Tinggi (also in Johor).
Our position is clear, we are not against Seletar. But as far as the descending flight path is concerned, it cannot be over Pasir Gudang, he said in the post.
The post was accompanied by a video clip explaining the reasons why Malaysia is against the ILS, including height buffer for the ILS flight path from Seletar Airport.
According to the video, Point 1 (three km from Seletar Airport) cannot be higher than 54 metres, and the maximum height for Point 2 (six km away) is 145 metres. The airport is merely two km from Pasir Gudang.
This means, even a mobile crane would have breached the height limit. And there are many more tall buildings in Johor, Loke pointed out.
ILS is a precision runway approach to landing aid that helps aircraft land, even in poor visibility.
On Monday, Malaysia had called for full disclosure over the disputed Seletar Airport flight path. It has protested against the ILS runway approach protocol at Seletar Airport, saying that, landing aircraft will encroach into Malaysian airspace.
Source: NAM News Network