Indonesia’s National Search and Rescue Agency has located debris believed to be from a missing helicopter that reportedly crashed in a forested area of Sekadau District, marking a key development in the ongoing search and rescue operation.
The aircraft, identified as an Airbus H130 with registration PK-CFX, lost contact earlier on Thursday while flying between remote locations in West Kalimantan. The discovery of wreckage is expected to help narrow down the crash site and accelerate efforts to reach those on board.
Basarnas Deputy for Operations and Preparedness, Edy Prakoso, said the debris was spotted during an aerial reconnaissance mission conducted by a joint search team.
“Aerial surveillance has identified the helicopter’s location. At 3:25 p.m., debris suspected to be part of the tail section was found approximately three kilometers west of the initial point where contact was lost,” Prakoso said.
The observation was made using an Indonesian Air Force Super Puma helicopter, which has been deployed to support the operation. Aerial monitoring has proven essential in scanning large areas of dense forest that are difficult to access from the ground.
Following the sighting, the coordinates were immediately transmitted to ground teams tasked with reaching the suspected crash site. Access remains a major challenge due to rugged terrain, thick vegetation, and limited infrastructure.
Prakoso said the identification of debris represents a significant step forward. “Information about the discovery has been forwarded to ground personnel to facilitate access to the crash site and the evacuation process,” he added.
The helicopter involved in the incident is an Airbus H130, specifically the H-130T2 variant, a light utility aircraft commonly used for passenger transport and logistical operations in remote areas.
At the time of the flight, the aircraft was carrying eight people. The crew consisted of pilot Captain Marindra W and co-pilot Harun Arasyd. The six passengers on board were identified as Patrick K, Victor T, Charles L, Joko C, Fauzie O, and Sugito.
According to the flight chronology, the helicopter departed at 7:34 a.m. from a helipad operated by PT CMA in Nanga Keruap Village, Melawi District. It was scheduled to fly to another helipad operated by PT GAN in Teluk Bakung Village, Sungai Ambawang, in Kubu Raya District.
The aircraft lost contact at approximately 8:39 a.m. while en route to its destination. Shortly afterward, an emergency signal indicated its last known position near Nanga Taman Sub-district in Sekadau.
Search teams used this signal to define the initial search area, although locating the exact crash site has been complicated by the region’s geography. Much of West Kalimantan is covered by dense tropical forest, making ground movement slow and logistically demanding.
The search operation involves multiple units working in coordination, including Basarnas personnel, Indonesian Air Force crews, and members of the Rapid Action Force Command (Kopasgat). Additional support is being provided by the Pontianak SAR Office and the Sintang SAR Post.
Teams are conducting both aerial and ground searches, combining reconnaissance flights with efforts to penetrate forested areas on foot. Such operations require careful planning to ensure the safety of rescuers while maintaining progress toward the target location.
Operations in remote environments often face significant obstacles. Limited visibility, unpredictable weather, and the absence of established routes can delay access to crash sites. In some cases, even reaching a location just a few kilometers away can take several hours or longer.
Despite these challenges, authorities have emphasized their commitment to continuing the operation at full capacity until all passengers and crew are accounted for.
“We are committed to carrying out search and rescue operations as optimally as possible, with the assistance of all SAR personnel,” Prakoso said.
Helicopters play a vital role in connecting remote areas across Indonesia, particularly in regions where road infrastructure is underdeveloped. They are frequently used to transport personnel and supplies between isolated communities and industrial sites.
However, operating in such environments also involves heightened risks. Weather conditions can change rapidly, and navigation can be difficult in areas with limited ground references.
Incidents like this highlight the complexity of aviation operations in remote regions and the importance of well-coordinated emergency response systems.
The cause of the crash has not yet been determined. Investigations are expected to begin once the crash site is fully accessed and secured. Authorities typically examine a range of factors, including weather conditions, technical performance, and communication records.
For now, the priority remains focused on locating the main wreckage and carrying out evacuation procedures. The condition of those on board has not yet been confirmed.
Families of the passengers and crew are awaiting further updates as search teams work to reach the site. In situations like this, timely information is often limited by the pace of rescue operations.
Prakoso also called on the public to support the effort. “Please pray for the search and evacuation of victims to proceed smoothly and safely,” he said.
As the operation continues, authorities are expected to provide updates as new information becomes available. The discovery of debris marks an important step, but significant work remains to complete the mission.
The incident serves as a reminder of both the essential role of aviation in remote regions and the challenges involved in responding to emergencies in such environments.
