MYAVIATION MAGAZINE | AVIATION SAFETY & AEROMEDICAL
18 October 2026 | Malaysia
Malaysia’s Air Accident Investigation Bureau (AAIB) has identified shortcomings in emergency-response preparedness at Long Lellang airstrip in Sarawak following the fatal Flying Doctor Service helicopter crash that claimed five lives on 8 September 2026.
The preliminary investigation report, released on 16 October, recommends a review of rescue and firefighting arrangements at short take-off and landing airports (STOLports) operated by Malaysia Airports Sdn Bhd.
The accident involved a Bölkow BO105 S helicopter, registered 9M-LLF and operated by Layang-Layang Aerospace Sdn Bhd. The aircraft was conducting a Flying Doctor Service flight from Selungo to Long Lellang when it crashed near the threshold of Runway 04, killing the pilot and four Ministry of Health personnel.
Firefighting Response Under Scrutiny
According to the preliminary findings, Malaysia Volunteers Corps Department (RELA) personnel assigned to auxiliary rescue and firefighting duties responded without appropriate firefighting personal protective equipment.
Investigators also identified deterioration and damage affecting some protective equipment available at the airstrip.
Responders and local villagers reportedly used 12 dry powder fire extinguishers in an attempt to control the blaze. Despite their efforts, the fire continued for several hours, eventually destroying the helicopter.
Post-mortem examinations identified severe burn injuries as the cause of death of all five occupants.
Observations Before the Crash
Investigators examined a 37-second video recorded from the ground showing the helicopter approaching Long Lellang.
The footage reportedly showed a visible smoke trail and apparent flames in the area behind the main gearbox. However, the recording did not capture the moment of impact.
The preliminary report also indicated that no emergency call or distress transmission was recorded during the flight sector.
Weather conditions were generally favourable, with visibility exceeding 10 kilometres during the period assessed.
These observations do not establish the origin of the fire or the cause of the accident.
Aircraft Airworthiness and Safety Measures
The helicopter held valid registration and airworthiness certificates and was certified airworthy at the time of departure.
Following the accident, Layang-Layang Aerospace temporarily suspended operations involving aircraft fitted with the same engine type pending airworthiness verification.
The Civil Aviation Authority of Malaysia subsequently cleared the affected aircraft to return to service on 13 September after reviewing the relevant technical submissions.
These measures were precautionary and do not constitute findings about the accident’s cause.
Safety Recommendations for Remote Airstrips
AAIB recommended that Malaysia Airports Sdn Bhd review rescue and firefighting arrangements across its STOLports, including emergency-response training, protective equipment and maintenance standards.
Remote airstrips play an important role in supporting aviation services to communities with limited ground transportation.
For aeromedical operations, emergency preparedness at these facilities is particularly important because aircraft frequently operate in locations where access to additional emergency resources may be constrained.
The recommendations highlight the need to assess whether existing arrangements remain appropriate for the operational risks associated with remote aviation facilities.
Investigation Continues
The AAIB investigation remains ongoing, with further examination of the wreckage expected to provide additional evidence about the sequence of events.
The preliminary findings do not determine the cause of the crash or establish responsibility for the fatalities.
For Malaysia’s aeromedical aviation sector, the report draws attention to the importance of emergency-response preparedness at remote airstrips serving essential healthcare operations.
Reporting: MyAviation Magazine News Desk.
