In the wake of Typhoon Tino, a Philippine Air Force S-70i Black Hawk helicopter made an emergency landing in St. Bernard, Southern Leyte on November 5, after one of its engines began showing erratic temperature readings mid-mission. The aircraft had been conducting damage assessments across storm-ravaged communities — the kind of work that asks much of both crew and machine. By design and by discipline, the twin-engine helicopter descended safely, and all aboard were evacuated without harm, a reminder that preparedness can transform crisis into procedure.
PAF Black Hawk makes emergency landing in Southern Leyte amid typhoon relief ops
Twin-engine design allowed safe landing with single operational engine
Mark
So this Black Hawk was doing damage assessment when the engine started acting up—how serious is that kind of problem?
Mimi
Engine temperature fluctuations are a warning sign. The crew caught it and landed safely, which is what the training is for. The twin-engine design gave them that margin.
Luke
But we should note—we don't know yet what caused the fluctuation. The investigation team is still looking at it. That matters for whether this was a one-off or a pattern.
Mark
And this happened right after the Super Huey crash the day before. Is there a connection?
Mimi
The Air Force hasn't suggested one. Two different aircraft, two different incidents. But it does raise the question of whether these helicopters are being pushed too hard during relief operations.
Luke
That's fair to ask, but we can't confirm that yet. We know one crashed and one had to land. We don't know if either was due to overuse or maintenance issues or something else entirely.
Mark
What does it mean that the Black Hawk can fly on one engine?
Mimi
It's a safety feature built into the design. The crew didn't have to glide down or struggle—they could control the descent and land it properly. That's why everyone walked away.
Luke
Right, and the PAF was clear that all crew and passengers were safe. That's the solid fact here. The investigation will tell us more about what went wrong with the engine.
Mark
So what happens next?
Mimi
The maintenance team assesses the aircraft, figures out what needs to be fixed, and the Air Force decides whether it goes back into service or stays grounded while they investigate further.
Luke
And we'll be watching to see if there are any broader fleet concerns or if this was isolated to this one helicopter.
The Pulse
- A Philippine Air Force Black Hawk, already stretched thin by post-typhoon relief operations, suddenly registered dangerous engine temperature fluctuations over Southern Leyte.
- The incident arrived just one day after a Super Huey helicopter crashed in Agusan del Sur, compounding concerns about the toll that intensive disaster response is taking on military aviation assets.
- The crew executed an emergency landing in St. Bernard, relying on the S-70i's twin-engine redundancy — a built-in safeguard that allowed the aircraft to descend safely on a single functioning engine.
- All crew and passengers were evacuated without injury, aided by local authorities on the ground, and the Air Force confirmed that standard protocols had been followed throughout.
- A PAF maintenance and investigation team has been dispatched to examine the aircraft, with findings expected to carry implications for the broader fleet currently deployed across typhoon-affected regions.
In the wake of Typhoon Tino, a Philippine Air Force S-70i Black Hawk helicopter made an emergency landing in St. Bernard, Southern Leyte on November 5, after one of its engines began showing erratic temperature readings mid-mission. The aircraft had been conducting damage assessments across storm-ravaged communities — the kind of work that asks much of both crew and machine. By design and by discipline, the twin-engine helicopter descended safely, and all aboard were evacuated without harm, a reminder that preparedness can transform crisis into procedure.
The Philippine Air Force encountered its second aviation incident in as many days when an S-70i Black Hawk helicopter made an emergency landing in St. Bernard, Southern Leyte on Wednesday, November 5. The aircraft had been conducting Rapid Damage Assessment and Needs Analysis operations in the aftermath of Typhoon Tino when its crew detected fluctuating temperature readings in one of the helicopter's two engines.
The incident cast a sharper light on the pressures bearing down on military aviation during the ongoing typhoon relief effort. Just the previous day, a Super Huey helicopter had crashed while on a humanitarian mission in Agusan del Sur, prompting broader questions about aircraft safety under the demands of post-disaster operations.
The Black Hawk's crew responded with trained precision, executing an emergency landing — a maneuver the S-70i is specifically engineered to handle. The helicopter's twin-engine design allowed it to remain airborne and land safely on a single functioning engine, a redundancy that proved decisive. Local authorities in Southern Leyte assisted in the evacuation, and all personnel aboard escaped without injury.
The Philippine Air Force confirmed that the crew had followed established procedures throughout, framing the landing as a controlled response rather than a desperate one. A maintenance and investigation team was subsequently dispatched to St. Bernard to determine the cause of the engine fluctuations — work that carries weight not only for this aircraft, but for the wider fleet being pushed into intensive service across the storm-affected region.
The Philippine Air Force faced a second aviation incident in as many days when an S-70i Black Hawk helicopter made an emergency landing in St. Bernard, Southern Leyte on Wednesday, November 5. The aircraft was in the middle of damage assessment operations following Typhoon Tino when its crew detected a problem: one of the helicopter's two engines began showing fluctuating temperature readings.
The timing of the incident underscored the strain being placed on military aviation assets during the typhoon relief effort. Just the day before, a Super Huey helicopter conducting a separate humanitarian mission in Agusan del Sur had crashed, raising immediate questions about aircraft safety during the demanding post-disaster operations across the region.
The Black Hawk's crew responded by executing an emergency landing, a procedure the aircraft is specifically designed to handle. As a twin-engine helicopter, the S-70i can operate safely on a single functioning engine—a redundancy that proved critical in this case. The crew followed established protocols to bring the aircraft down safely, and all personnel on board were evacuated without injury. Local authorities in Southern Leyte assisted in the landing and evacuation process.
The Philippine Air Force released a statement confirming that everyone aboard was safe and accounted for. The service emphasized that the crew had adhered to standard procedures throughout the incident, suggesting the landing was executed as designed rather than as a desperate measure. The helicopter had been engaged in Rapid Damage Assessment and Needs Analysis operations, part of the broader effort to catalog destruction across typhoon-affected areas and determine where aid was most urgently needed.
A maintenance and investigation team from the Philippine Air Force was dispatched to St. Bernard to examine the aircraft and determine what caused the engine temperature fluctuations. The team's work would be critical not only for understanding what happened to this particular helicopter but also for assessing whether similar issues might affect other aircraft in the fleet currently deployed on relief operations. The incident raised questions about the condition of military aircraft being pushed into intensive service during a natural disaster response, even as the Air Force worked to maintain its humanitarian mission across the typhoon-affected regions.
Notable Quotes
The S-70i Black Hawk, being a twin-engine helicopter, is designed to safely land with only one operational engine, and the crew followed standard procedures to ensure everyone's safety.— Philippine Air Force statement
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