Some AirAsia flights may face disruption due to haze


Analysts have maintained a positive outlook despite market concerns over geopolitical tensions and weakness in AirAsia X Bhd’s share price.

KUALA LUMPUR: Some AirAsia flights may be disrupted due to the reduced visibility brought about by the haze across parts of East Malaysia and West Kalimantan. 

In a travel advisory released today, AirAsia said affected guests will be notified directly.  However, the airline did not mention which flights were affected. 

"Guests are encouraged to check their flight status via the MOVE app or airasia.com/flightstatus for the latest updates,” it said. 

The announcement comes after His Majesty Sultan Ibrahim, King of Malaysia, consented to the declaration of an emergency throughout Sarawak’s Serian Division after worsening haze pushed air pollution to a level hazardous to public health and safety.

The Prime Minister’s Office (PMO) said in a statement today that the decision was made after considering advice from Prime Minister Datuk Seri Anwar Ibrahim, Sarawak Premier Tan Sri Abang Johari Tun Openg and relevant agencies on air quality in the area.

Separately, Malaysia Airlines and Batik Air Malaysia said none of their flights would be suspended due to the haze. - Bernama 

Follow us on our official WhatsApp channel for breaking news alerts and key updates!

Next In Business News

Malaysia needs up to 2,000 MW additional RE capacity to achieve 2030 target
MAHB focuses on air connectivity, capacity expansion to support growth
Sunway plans autonomous buses, driverless logistics and electric aircraft trials
LYC Healthcare appeals against delisting from Bursa Malaysia
Magna Prima proposes name change to Hallson Group
Asian Pac to develop RM295mil mixed project in Sabah
Sunview unit secures RM5mil banking facility
RedPlanet FY26 net profit rises 21% ahead of ACE Market debut
Ringgit ends flat on caution ahead of Fed meeting
DNB, MRT Corp partner to provide indoor 5G coverage at RTS Link complex

Air Pollutant Index

Note: API is calculated based on 24hr running average of the most dominant parameter.

Highest API Readings

    Select State and Location to view the latest API reading

    Others Also Read