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Flight Safety Information  - August 26, 2026    No. 167

 

 

 

In This Issue



: “Mark your calendar for the PROS Summit! Don’t miss the opportunity to connect, learn, and stay ahead of what’s next in aviation safety.” 



: Accident: Sepehran B735 at Mashad on Aug 25th 2026, runway excursion

 

: SFO Selects ProSafeT

 

: Incident: Malta Air B38M at Faro and Seville on Aug 24th 2026, flaps failure

 

: Incident: United B764 near London on Aug 24th 2026, packs issue

 

: Incident: Plus Ultra A332 near Natal on Aug 23rd 2026, engine problems

 

: Airport Worker Dies After Allegedly Being Struck by Plane on Tarmac in ‘Unfortunate Accident’

 

: Retired pilots question standard go-around power settings

 

: Airport runway collisions and near‑misses are happening more frequently, 22 years of data show

 

: Frankfurt Airport employee dies after contracting malaria, operator Fraport says



: Embry‑Riddle Researcher Advances Pilot Training Methods to Improve Operational Performance

 

: Rolls-Royce patents hydrogen fuel system for jet engines

 

: Embraer Phenom 300EV becomes first light business jet certified with Autoland

 

: New Book Available – Get the Back Stories!

 

: Calendar of Events



 

 

 

 

 

 

Accident: Sepehran B735 at Mashad on Aug 25th 2026, runway excursion

 

A Sepehran Airlines Boeing 737-500, registration EP-FSF performing flight IS-4310 from Tehran Mehradbad to Mashhad (Iran) with 127 people on board, landed on Mashad's main runway 13R but veered off the runway and came to a stop with the nose gear either still retracted or collapsed (status of the nose gear is unclear).

 

The airport reported the aircraft skidded off the main runway, but passengers and crew are in perfect health. Iran's CAO have opened an investigation.

 

https://avherald.com/h?article=53ec48a8&opt=0

 

 

 

 

Incident: Malta Air B38M at Faro and Seville on Aug 24th 2026, flaps failure

 

A Malta Air Boeing 737-8 MAX, registration 9H-VUT performing flight FR-5667 from Edinburgh,SC (UK) to Faro (Portugal), was on approach to Faro when the crew stopped the descent at 5000 feet and entered a hold to troubleshoot a flaps problem. The crew subsequently decided to divert to Seville,SP (Spain), climbed to FL200 and entered a hold at Seville before landing on Seville's runway 27 at a higher speed than normal (about 190 knots over ground) about 85 minutes after aborting the approach to Faro.

 

The airline reported alternate transport was organised to Faro for the passengers after a minor technical issue prompted the diversion to Seville for a normal landing.

 

The aircraft is still on the ground in Seville about 32.5 hours after landing.

 

https://avherald.com/h?article=53eabcdd&opt=0

 

 

Incident: United B764 near London on Aug 24th 2026, packs issue

 

A United Boeing 767-400, registration N76062 performing flight UA-169 from Venice (Italy) to Newark,NJ (USA), was enroute at FL300 about 40nm west of London Heathrow,EN (UK) when the crew initiated a descent to FL170 and decided to turn around to divert to London due to problems with the packs (Pressurization Air Conditioning Kits). The aircraft dumped fuel and landed on Heathrow's runway 09L about 45 minutes later.

 

The airline reported a mechanical issue.

 

The aircraft remained on the ground in Heathrow for about 26 hours, then continued the journey as flight UA-3921 and is currently estimated to reach Newark with a delay of about 27.5 hours.

 

https://avherald.com/h?article=53eab464&opt=0

 

 

Incident: Plus Ultra A332 near Natal on Aug 23rd 2026, engine problems

 

A Plus Ultra Airbus A330-200, registration EC-NUL performing flight PU-502 from Buenos Aires Ezeiza,BA (Argentina) to Madrid,SP (Spain), was enroute at FL370 about 400nm eastsoutheast of Natal,RN (Brazil) when the crew decided to divert to Natal due to an engine (CF6) problem. The aircraft landed safely on Natal's runway 12 about 80 minutes later.

 

Passengers reported there was a loud noise similiar to an explosion, the aircraft landed on one engine only.

 

The airline reported a technical problem covered by EASA procedures.

 

A replacement A330-200 registration registration EC-OAP is currently positioning from Madrid to Natal.

 

https://avherald.com/h?article=53ea61ad&opt=0

 

 

Airport Worker Dies After Allegedly Being Struck by Plane on Tarmac in ‘Unfortunate Accident’

 

“Many [passengers] were screaming,” one passenger recalled of the incident

 

An airport worker at Montreal-Trudeau Airport was killed after allegedly being struck by a French Bee Airbus A350

 

The incident occurred during ground operations on Monday, Aug. 24, as the plane prepared to depart for Paris after a prior delay

 

The Transportation Safety Board of Canada has launched an investigation into the incident

 

A worker at one of Canada's busiest airports has died after allegedly being hit by a plane.

 

Aéroports de Montréal (ADM) confirmed to PEOPLE that the employee, who was a a member of the YUL airport community, an employee of Samsic, died following "an accident that occurred while carrying out their duties" on Monday, Aug. 24.

 

"The loss of a member of our airport community affects us all deeply. During this difficult time, our thoughts are with the employee's family, loved ones and colleagues, to whom we extend our heartfelt sympathy and sincere condolences," said Yves Beauchamp, President and Chief Executive Officer of Aéroports de Montréal (ADM) said in a statement to PEOPLE.

 

ADM said it has "swiftly implemented assistance and support measures" for employees and passengers who witnessed this tragic accident and has also been "cooperating with the authorities responsible for the investigation."

 

ADM said it would not provide any further comment "out of respect for the victim and their loved ones."

 

YUL International Montreal-Trudeau Airport previously told CBC, Pax News and The Montreal Gazette,in a statement that "emergency measures were deployed at the [airpot] at around 7:30 p.m. following an unfortunate accident involving an aircraft and a member of the airport community,"

 

Local outlets reported that an airport employee — who, according to Radio-Canada, has been a runway marshal who was in his forties — had been struck by a passenger jet.

 

A police spokesperson told The Montreal Gazette that preliminary information suggested the aircraft may have been backing up when it struck the worker, though the circumstances of the collision were still under investigation.

 

The plane was a French Bee Airbus A350 that was preparing to depart for Paris Orly Airport around 6 p.m., per Pax News and CBC. According to the outlets, the flight was originally scheduled to leave Montreal the day prior on Aug. 23 but was delayed due to a technical problem.

 

The airline told Radio-Canada in a statement that "the accident involved the aircraft and a pushback vehicle involved in ground operations."

 

"Passengers and crew members on board the aircraft are safe and sound. They are currently being cared for by French Bee and airport staff," the airline told the outlet.

 

The Service de police de la Ville de Montréal (SPVM) told CBC in a statement that the person was transported to the hospital and sustained serious injuries.

 

PEOPLE has reached out to SPVM and French Bee for comment on the incident. 

 

One passenger on the French Bee flight claimed to Radio-Canada that she saw a man pass under the plane while it was moving. 

 

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"Many [passengers] were screaming," she recalled to the outlet of the frenzy that took place after the incident. 

 

The incident disrupted several flights for several hours, Radio-Canada reported. However, airport operations returned to normal as of Tuesday, Aug. 25, per CBC and The Montreal Gazette.

 

The Transportation Safety Board of Canada, an independent agency that investigates air travel incidents, is investigating the incident, according to CBC and Radio-Canada.

 

https://www.yahoo.com/news/weather-news/articles/airport-worker-seriously-injured-unfortunate-143254073.html

 

 

 

Retired pilots question standard go-around power settings

 

Some veteran pilots argue that using maximum thrust during go-arounds creates safety risks due to sensory illusions. New tech from Airbus aims to smooth acceleration and reduce crew workload. The FAA is reviewing alternatives as modern jets respond faster than older models.

 

Airbus is testing a 'soft go-around' system that limits initial climb rate to 2,000 feet per minute by adjusting thrust based on weight, altitude, and speed. Pilots still arm TOGA mode first but can reduce power with one lever motion, preserving muscle memory while minimizing spatial disorientation risks during low-visibility approaches.

 

Modern jets’ high thrust-to-weight ratios and congested airspace amplify the urgency of go-arounds, making split-second decisions critical. Experts note hesitation to initiate go-arounds contributes to risk, especially since crews rarely practice the maneuver. FAA and manufacturers are evaluating whether revised procedures could reduce cognitive load during this high-stress phase.

 

Why it matters

Travelers may face higher risks if crews delay go-arounds due to unfamiliarity or sensory confusion. Smoother automation could reduce near-misses and improve safety margins during unstable approaches in busy or low-visibility conditions.

 

https://www.insideflyer.com/posts/retired-pilots-question-standard-go-around-power-settings/

 

 

Airport runway collisions and near‑misses are happening more frequently, 22 years of data show

 

Aviation safety is in the spotlight after four incidents at Sydney airport in almost as many weeks.

 

Four close calls on Sydney Airport runways in as many weeks have put air traffic management in the spotlight.

 

It’s too early to determine the exact cause of each one. But four ground-safety occurrences at Australia’s busiest airport in a little over three weeks raise an obvious question: how common are occurrences like these, and are they becoming more frequent?

 

To examine the broader pattern, I analysed Australian Transport Safety Bureau data from 2003 to 2025 for Australian commercial air transport, focusing on runway incursions (the incorrect presence of an aircraft, vehicle or person in a protected runway area) and taxiing collisions or near collisions (an aircraft colliding or nearly colliding with another aircraft, person or object while taxiing).

 

What happened at Sydney Airport?

The most recent incident occurred just after 8am last Tuesday, when two planes were given permission to use the same runway at the same time. Luckily, one plane stopped when its crew saw the other plane.

 

A little over a week earlier, on August 9, there were two more incidents in less than three hours.

 

At 7:20am, a Jetstar Airbus A320 preparing to depart for the Gold Coast encountered an empty Qatar Airways Boeing 777 being towed across a taxiway. Both planes stopped abruptly. One Jetstar cabin crew member sustained a serious injury.

 

Then, at about 10am, a Virgin Australia Boeing 737 bound for Perth began its take-off sequence on a runway as a Qantas 737 crossed another runway ahead. Both crews reported having received the relevant clearance from air traffic control. The Virgin crew stopped as air traffic control cancelled its take-off clearance.

 

On July 27, air traffic control cleared a Qantas Boeing 737 to cross a runway while a smaller plane was still landing. Air traffic control detected the issue and alerted both crews, with the 737 stopping after passing the holding point.

 

Near-collisions have increased significantly

The Australian Transport Safety Bureau investigates and reports on safety incidents involving planes, helicopters, trains and boats. These incidents include those that happen during taxiing, takeoff and landing.

 

Raw counts of reported occurrences can be misleading because aviation activity has varied substantially, particularly during the COVID pandemic. More flying creates more risk. So I also calculated occurrence rates per million flight hours, for both domestic aviation and all commercial air transport, which includes domestic aviation as well as other forms of aviation such as freight and charter.

 

For domestic aviation, analysis of the annual data from 2003 to 2025 shows a significant increasing underlying trend in both the number and rate of taxiing collisions or near-collisions. Across the period, the number increased on average by about one additional occurrence every three years. The significant increase in the rate indicates this trend cannot simply be explained by growth in aviation activity.

 

Across all commercial air transport, taxiing collisions or near-collisions have also increased significantly in number, but not in rate. This suggests increased aviation activity explains at least part of the rise.

 

Runway incursions show the clearest commercial air transport trend, with significant increases in both their number and rate per million flight hours. Across the period, the number increased on average by about three additional runway incursions every two years.

 

Neither the count nor rate of domestic runway incursions has increased significantly.

 

The distinction between number and rate matters. Increasing occurrence counts can reflect greater aviation activity, while an increasing rate indicates the number of occurrences are rising faster than the amount of flying.

 

Frequency is only half the picture

Aviation safety occurrences are classified as:

 

accidents (where serious injury/death or substantial aircraft damage/destruction actually occurred).

serious incidents (where an accident was narrowly avoided)

incidents (all other occurrence, which affects or could affect the safety of operation)

This reflects both their consequences and how close they came to a substantially worse outcome.

 

The four recent Sydney occurrences illustrate this. The July runway incursion and Jetstar/Qatar taxiing near-collision are classified as serious incidents, while the Virgin/Qantas runway incursion is classified as an incident.

 

The fourth occurrence has not yet appeared in the Australian Transport Safety Bureau’s database. But the bureau has indicated it will also be classified as an incident because there was no immediate risk of collision.

 

The most striking result from the data is for domestic taxiing collisions and near-collisions. While accidents account for only 0.05% of all domestic aviation events, they account for 2.16% of taxiing events. Three of the 29 domestic aviation accidents recorded since 2003 were taxiing collisions. That’s more than one in ten.

 

Runway incursions have in general been much less serious. Almost 98% were classified as incidents, with accidents absent from the domestic data and accounting for only 0.10% of commercial air transport runway incursions.

 

But although most runway incursions are classified as incidents, they can create the conditions for a collision if other safety barriers fail.

 

Should passengers be concerned?

Four occurrences at one airport in less than a month understandably attract attention. But a cluster does not by itself demonstrate that Sydney Airport has suddenly become unsafe.

 

The occurrences were operationally different, and the Australian Transport Safety Bureau investigations will determine how each developed and why the available safety barriers did not prevent the conflicts from arising.

 

Some have suggested air traffic control staffing pressures may be relevant. For example, Civil Air president Scott Nugent said there are not enough air traffic controllers in Australia, that Sydney Airport has relied heavily on overtime, and that some controllers may be working more than 20 additional hours a week.

 

The Australian Transport Safety Bureau will also examine whether understaffing at Sydney Airport played any role in the recent occurrences.

 

Whatever the investigations ultimately find about the causes of these recent occurrences, the historical data answer a broader question. What matters is not whether more occurrences are being reported, but whether they are becoming more frequent relative to aviation activity and whether their severity is changing.

 

For runway incursions involving commercial air transport, the Australian data show a statistically significant increase in both occurrence numbers and the rate per million flight hours. The same is true for domestic taxiing collisions and near-collisions.

 

That does not establish the cause of the recent Sydney events. It does, however, suggest that the longer-term increase in runway incursions and taxiing collisions and near-collisions warrants attention.The Conversation

 

https://www.unsw.edu.au/newsroom/news/2026/08/airport-runway-collisions-near-misses-more-frequent

 

 

Frankfurt Airport employee dies after contracting malaria, operator Fraport says

 

Frankfurt Airport employee dies after contracting malaria, operator Fraport says

 

The cause of the infections is believed to be a mosquito that travelled by plane from a malaria-endemic area to Germany, likely in July.

 

An employee at Frankfurt Airport has died of malaria, a spokesperson for the facility’s operator Fraport said on Wednesday.

 

A further five employees at the airport also contracted the infectious disease and are receiving medical treatment.

 

The cause of the infections is believed to be a mosquito that travelled by plane from a malaria-endemic area to Germany, likely in July.

 

Fraport says its focus is now on information and prevention. Employees are being advised to see a doctor if they experience any malaria-like symptoms and to tell medics they work at the airport.

 

Mosquito traps have also been set up at the airport to catch the insects so they can be taken to a lab for examination.

 

Rare transmission

The federal agency for disease control and prevention, the Robert Koch Institute (RKI), said such cases are "very rare."

 

Malaria is transmitted to humans by Anopheles mosquitoes if they have previously become infected themselves.

 

The RKI says there are some Anopheles species in Germany that can transmit malaria pathogens under suitable environmental conditions, but such cases have been extremely rare.

 

According to the Frankfurt Health Department, so-called "airport malaria" is a very rare transmission route outside of a malaria-endemic area.

 

"Human-to-human transmission plays no role in airport malaria," a spokesperson said.

 

A study aiming to record all cases of airport and baggage-borne malaria in Europe from 1969 to 2024 identified a total of 145 cases, nine of which were in Germany.

 

Malaria can be life-threatening and according to the World Health Organisation symptoms include fever, headaches, breathing difficulties and seizures.

 

“The disease can lead to coma and death, especially among high-risk groups,” the German Foreign Office said.

 

Protection against mosquito bites can help prevent the spread of the disease.

 

https://www.euronews.com/my-europe/2026/08/26/frankfurt-airport-employee-dies-after-contracting-malaria-operator-fraport-says

 

 

Embry‑Riddle Researcher Advances Pilot Training Methods to Improve Operational Performance

 

Research by Embry‑Riddle’s Dr. Barbara Holder introduces a new action-oriented training framework that has been tested in simulator scenarios. Here, a flight instructor is with a trainee pilot in a simulator.

 

New research by Embry‑Riddle Aeronautical University Presidential Fellow Dr. Barbara Holder examines pilot training performance at five major airlines to identify strengths and opportunities for improvement.

 

Holder, an associate professor in the College of Aviation, School of Graduate Studies, found that airlines struggle to train and assess the nontechnical aspects of pilot performance, known as Crew Resource Management (CRM) and Threat and Error Management (TEM).

 

Dr. Barbara Holder has developed a framework in which the nontechnical aspects of performance are formulated as actions, or verbs, that pilots do on every flight.

 

The research, published in the journal associated with Applied Human Factors and Ergonomics International, introduces a new action-oriented training framework that goes beyond CRM and TEM by making explicit the nontechnical actions and strategies that are foundational for flight safety, she said.

 

In the framework, the nontechnical aspects of performance are formulated as actions, or verbs, that pilots do on every flight. These include communicate; plan; lead and participate; manage time and tasks; and assure. Holder said the actions apply broadly across tasks and roles, making them recognizable, understandable and trainable.

 

For example, an effective communication strategy is to “think out loud” when something comes to mind that may affect the safety of flight. The value of doing so is to engage the voice to make intentions and concerns available to other crewmembers. This allows them the opportunity to provide another perspective, countermand, creatively problem-solve and error-check.

 

Holder said the actions and strategies in the framework are not intended to be exhaustive but are foundational to effective performance and can be reliably taught and assessed.

 

“These were derived from effective nontechnical training approaches, safety analyses, observations of well-performing pilots and modern cognitive science,” she said. “We are changing the pilot training paradigm, based on new knowledge.”

 

Holder said the framework has been tested and validated at two major U.S. airlines and one regional airline. The validations were conducted in three phases, she said, and the results indicate airline consensus on the framework's direction and relevance.

 

The research comes at a time when the aviation industry is reevaluating nontechnical training. As part of the research validation, the nontechnical actions and associated strategies in the new framework were applied to two airlines’ active line-oriented flight training (LOFT) simulator lessons, demonstrating the feasibility of their application to existing pilot training programs. The pilot participants successfully applied the framework’s actions and strategies during the simulator scenarios, and instructors reliably and consistently identified and assessed them.

 

Dr. Alan Stolzer, dean of Embry‑Riddle’s College of Aviation, called Holder's work a great example of applied research that will improve aviation safety.

 

“She's taken something long considered vague or unteachable and is turning it into a clear, practical framework instructors and pilots can actually use,” he said.

 

Grant Marsh, who is earning a Ph.D. in Aviation, assisted Holder during interviews with instructors and check pilots at airlines that participated in the research.

 

“As aircraft are becoming more advanced, the skills required to operate them in a safe manner are evolving,” Marsh said. “The nontechnical skills required need to be defined and need to be trained.”

 

Marsh is beginning a position at the Federal Aviation Administration this month, where he will continue conducting human factors research on the flight deck. He described the work as “my ideal career.”

 

Holder, whose doctoral degree is in cognitive science, studies pilot thinking “in the wild” to develop operationally relevant and impactful safety enhancements to complex sociotechnical systems.

 

She said the new framework will “advance pilot training holistically by focusing on what the pilots should do, providing context-relevant strategies for action and integrating technical and nontechnical pilot performance, with the aim of developing in pilots the foundational skills needed to effectively manage operational variability and build resilience.”

 

https://erau.edu/about/news-and-stories/news/embry-riddle-researcher-advances-pilot-training-methods-to-improve-operational-performance

 

 

Rolls-Royce patents hydrogen fuel system for jet engines

 

Rolls-Royce filed a patent for a hydrogen-fueled gas turbine system that pre-heats liquid hydrogen to stabilize combustion. The design targets small and mid-size aircraft by the mid-2030s. Hydrogen’s storage and volatility challenges remain, making large jets unlikely candidates for now.

 

The patented system uses a small portion of hydrogen to heat the main fuel flow before combustion, addressing hydrogen’s extreme cold and unstable burn characteristics. Rolls-Royce aims to deploy this on 30-40 seat regional aircraft by the mid-2030s, following years of testing on smaller platforms. The approach prioritizes controlled fuel delivery over raw power density.

 

While hydrogen fuel cells are nearing service for regional flights, Rolls-Royce’s combustion method is seen as complementary rather than competitive. The company expects long-haul jets to rely on sustainable aviation fuel for decades, reserving hydrogen for shorter routes where storage constraints are less prohibitive. Infrastructure and certification hurdles remain significant before commercial deployment.

 

Why it matters

Travelers may see hydrogen-powered regional flights by the mid-2030s, offering greener short-haul options. However, long-haul routes won’t shift to hydrogen soon, keeping jet fuel and SAF dominant for global travel through at least 2040.

 

https://www.insideflyer.com/posts/rolls-royce-patents-hydrogen-fuel-system-for-jet-engines/

 

 

Embraer Phenom 300EV becomes first light business jet certified with Autoland

 

Embraer’s new Phenom 300EV has received certification from Brazil’s ANAC, the U.S. Federal Aviation Administration and the European Union Aviation Safety Agency, clearing the aircraft for operation in key global markets. The new model has also become the first light business jet certified with Garmin Emergency Autoland.

 

The aircraft is the latest version of the successful Phenom 300 family, which, according to the manufacturer, has been the world’s best-selling light jet for 14 consecutive years. The Phenom 300EV was unveiled in July, with first customer deliveries expected in 2028.

 

Garmin Emergency Autoland is intended for situations in which the pilot becomes unable to control the aircraft. Once activated, the system can take control, select a suitable airport, communicate with air traffic control and passengers, and conduct a fully automated approach and landing. Embraer says the Phenom 300EV is currently the largest business jet certified with the system.

 

Introducing Emergency Autoland also required several changes to the aircraft itself. The Phenom 300EV is equipped with autobrake and an electronically controlled rudder, known as rudder-by-wire. To manage these functions, Embraer developed the Multi-Purpose Electronic Controller, or MEC, which is designed to improve handling, reduce pilot workload and simplify maintenance.

 

“The Phenom 300EV builds on the capabilities of the world’s best-selling light jet, enhanced through purposeful innovations that further elevate safety technology, performance and the passenger experience. Achieving triple certification is a testament to the dedication of our teams and Embraer’s disciplined approach to engineering excellence and execution,” said Michael Amalfitano, President and CEO of Embraer Executive Jets.

 

The cockpit is equipped with the Garmin G3000 Prodigy Touch flight deck, autothrottle, Emergency Descent Mode and the Runway Overrun Awareness and Alerting System, which warns the crew of a potential runway excursion. The aircraft also features synthetic vision, systems that improve situational awareness while taxiing and additional functions intended to provide greater navigational precision.

 

The Phenom 300EV can reach speeds of up to Mach 0.80, while its advertised range has been increased to 2,055 nautical miles, or 3,806 kilometres. This figure applies when carrying four passengers with NBAA IFR reserves. Embraer cites Aspen–New York, Dubai–Maldives and São Paulo–Manaus as examples of routes the aircraft could operate nonstop. Its payload capability has also been increased.

 

The improvements are not limited to performance and the flight deck. The Phenom 300EV will be available from the factory with Gogo Galileo internet connectivity, relying on a network of satellites in low Earth orbit. Starlink will also be available as a retrofit under a Supplemental Type Certificate.

 

The passenger cabin has received further refinements, while the maximum cabin altitude is limited to 6,600 feet. The aircraft retains its large windows and one of the largest baggage compartments in its category, while cabin amenities include a flexible refreshment centre and an odourless vacuum lavatory.

 

By securing simultaneous approval from ANAC, the FAA and EASA, Embraer has completed one of the key stages in the new model’s development. From 2028, the Phenom 300EV is expected to take over from the current versions of the Phenom 300 family and further strengthen Embraer’s position in the light business jet segment.

 

https://avioradar.net/en/embraer-phenom-300ev-becomes-first-light-business-jet-certified-with-autoland/