A Swiss International Airlines Airbus A330-300, registration HB-JHI performing flight LX-155 from Mumbai (India) to Zurich (Switzerland) with 231 people on board, was enroute at FL340 about 510nm north of Mumbai when the crew decided to return to Mumbai due to electrical problems, descended initially to FL330 and later entered a hold at FL130 to burn off fuel. The aircraft landed safely on Mumbai's runway 27 about 3 hours after turning around.

The airline reported a technical problem affecting electrical systems including lighting, toilets, inflight entertainment and seats. A reset of the systems was not successful prompting the return. The aircraft needed to burn off about 20 tons of fuel before landing.

https://avherald.com/h?article=53a1cf13&opt=0

Accident: Lufthansa B789 at Frankfurt on Jun 4th 2026, nose gear collapse at gate

A Lufthansa Boeing 787-9, registration D-ABPQ performing flight LH-450 from Frankfurt/Main (Germany) to Los Angeles,CA (USA), was preparing for boarding of passengers at the gate, when all gear doors opened and the nose gear retracted. The aircraft fell onto its nose. A number of crew on board received injuries.

The airline reported no passengers had yet boarded when the nose gear collapsed causing injuries to a number of staff.

https://avherald.com/h?article=53a14f7c&opt=0

Boeing 747-446 (BCF) - Panel Fell Off In Flight (Anchorage)

Date: Wednesday 3 June 2026

Time: c. 21:40 LT

Type: Boeing 747-446 (BCF)

Owner/operator: Kalitta Air

Registration: N744CK

MSN: 26353/980

Year of manufacture: 1993

Fatalities: Fatalities: 0 / Occupants: 2

Other fatalities: 0

Aircraft damage: Unknown

Location: Anchorage-Ted Stevens International Airport, AK (ANC/PANC) - United States of America

Phase: Take off

Nature: Cargo

Departure airport: Anchorage-Ted Stevens International Airport, AK (ANC/PANC)

Destination airport: New York-John F. Kennedy International Airport, NY (JFK/KJFK)

Confidence Rating: Information is only available from news, social media or unofficial sources

Narrative:

The aircraft departed Anchorage and the pilots were subsequently alerted to reports that a panel fell from the aircraft, the crew, however, decided to continue to JFK. Post-Flight inspection revealed that a panel was missing from the left wing.

https://www.aviation-safety.net/wikibase/571740

Copilot of United jet that struck a light pole realized flight was low, but not in time, report says

NEW YORK (AP) — The copilot of a United Airlines passenger jet that struck a light pole as it landed at a New Jersey airport last month recognized the plane was coming in low, but told investigators he didn’t realize it in time to call for an aborted landing, according to a new report Thursday.

Crewmembers on the May 3 flight from Venice, Italy, also recalled hearing a loud “thump” and feeling a “mild jolt” just before touchdown at Newark Liberty International Airport, the National Transportation Safety Board stated in its initial report.

The first officer recalled saying “you are still slow and a little low” as the plane descended, according to the report. He then recalled looking back outside and thinking the plane was low, but just about to touch down.

The report provides the first description of the events from the crew inside the plane, but it doesn’t identify a specific reason why the plane came in so low, or make recommendations about how to prevent similar incidents. That is not expected until the NTSB releases its final report, likely sometime next year.

But the report clarifies for the first time that it was debris from the light pole, and not the plane itself, that hit a truck traveling on the New Jersey Turnpike. Law enforcement officials initially said the plane had hit the top of a bakery truck, causing minor injuries to the driver.

The report says the truck’s windshield was damaged and its trailer punctured, but that there was no evidence of tire marks on either the tractor cab or trailer.

The Boeing 767 was able to land safely, though it sustained “substantial” damage to its fuselage and one of its landing tires had evidence of slash marks, according to the NTSB report. None of the more than 200 people aboard the plane were hurt.

Regular drivers on that stretch of Interstate 95 near the Newark airport are likely used to seeing planes coming in low as they cross the highway in preparation for landing.

Dashboard camera video from inside the truck showed the moment of impact. The driver is seen singing happily to himself, then glancing out his window with a slight look of concern as the sound of the jet’s whining engines begins on the recording. A moment later, part of the plane zooms into view out the driver’s side window.

The NTSB report suggests the pilot intentionally took a shallow approach to the runway that was below the established flight path, said D. Blake Stringer, director of the Center for Aviation Studies at The Ohio State University.

“It’s not surprising that the airplane clipped infrastructure near the runway,” he said. “If a pilot can’t fly the intended flight path, the general recommendation is to steepen the angle of descent, not shallow it out.”

Steve Arroyo, a retired United Airlines captain and safety expert, said the pilots don’t appear to have properly prepared for their designated runway’s unique landing requirements, even though they could have made or requested more time.

“They were already below where they should have been before they even crossed over the New Jersey Turnpike,” he said.

The plane’s runway assignment changed three times before landing, the report states. The tarmac it ultimately landed on is the shortest runway at the airport and is generally only used when there are strong winds like there were that afternoon.

Aviation safety expert Jeff Guzzetti said those strong winds also appeared to be challenging for the pilot. An air traffic controller told the pilots at the time winds were gusting up to 31 mph (50 kph).

At one point shortly before landing, the pilot told investigators that he “got fast” as he turned the airplane into the headwind, the report states. The pilot pulled the power levers back to compensate as wind gusts produced “moderate turbulence.”

United Airlines declined to comment.

https://apnews.com/article/united-newark-plane-light-pole-truck-ntsb-07d23cf8be6a5fae397e9b81e658ac14

United issued safety bulletin to pilots after plane struck light pole near Newark airport

WASHINGTON, June 4 (Reuters) – United Airlines issued a safety bulletin to pilots on approaches at Newark airport after a Boeing 767 aircraft struck a light pole on the New Jersey Turnpike on ‌May 3.

Debris from the light pole that was just 15 feet above the ground subsequently struck a tractor-trailer traveling southbound on the turnpike that was captured in a harrowing video.

The 11 cabin and ‌flight crew and 220 passengers deplaned at ⁠the gate without injury ⁠and the driver of the tractor-trailer sustained minor injuries. The plane sustained substantial damage.

United told pilots after the incident that for short-runway landings, approaches are to be conducted so touchdown occurs 1,500 feet (457.2 m) from the runway threshold, but not prior to 1,000 feet from the ⁠threshold.

United did not immediately comment.

United Flight ⁠Operations also issued an alert that applied to Newark arrivals specific to that runway. United said it identified that the pilot technique of “ducking under” contributes to ‌low approach altitudes during the visual segment into some airports and runways.

The pilot told the NTSB he “got fast,” while he turned the airplane into the headwind and pulled the ⁠power levers back to compensate and heard the first officer call out “airspeed slow” while on short final.

As they descended, the first ⁠officer recalled he ‌stated, “Hey, you are slow,” followed moments later ⁠by, “You are still slow and a little low.” ‌The captain stated that just before touchdown “he heard a ⁠thump” and the first officer recalled feeling a mild jolt.

The NTSB said the airplane suffered three punctures on the left lower fuselage and a tire on the left main landing gear had evidence of slash marks.

https://kfgo.com/2026/06/04/united-issued-safety-bulletin-to-pilots-after-plane-struck-light-pole-near-newark-airport/

UK Air Accident Investigators Warn of EV Battery Risks

High-voltage battery systems in electric aircraft pose a lethal risk to accident investigators and first responders, the Air Accidents Investigation Branch warned in its Annual Safety Review for 2025. The AAIB received 783 occurrence notifications in 2025, up from 762 the previous year, and recorded 12 fatal accidents resulting in 18 deaths.

The only fatal commercial air transport accident of the year involved a Beechcraft King Air B200 at London Southend Airport (EGMC) in July, which resulted in four fatalities. The AAIB opened one formal investigation, 23 field investigations, 56 correspondence investigations, and 131 record-only investigations during the year, and supported 45 overseas investigations involving UK interests.

Nine safety recommendations (SRs) were issued by the AAIB last year, the fewest in at least the past decade, according to a historical chart in the report. Industry stakeholders delivered 96 proactive safety actions in direct response to AAIB investigations, without the need for formal recommendations.

Chief inspector Robert Balls, who took over the role in January, succeeding Crispin Orr, described the low recommendation count as a reflection of closer collaboration with stakeholders. “This reduction in SRs and increase in safety actions compared to last year reflects the importance of working closely with stakeholders in our investigations in order to deliver the best safety outcomes for aviation,” he wrote in the foreword.

The review also addresses two emerging concerns. The first is the risk posed by high-voltage battery systems to investigators and first responders at accident sites involving electric aircraft. The AAIB warned that batteries capable of producing 350 to 800 volts DC present lethal electrocution risks and can trigger thermal runaway: an uncontrolled chemical reaction producing intense heat and flame that is difficult to interrupt and can destroy evidence. The AAIB said it is developing protocols and training to mitigate these risks as electric and hybrid aircraft enter wider service.

Another concern is the use of artificial intelligence to support investigations. The AAIB has developed a proof-of-concept AI transcription tool, hosted on a secure, isolated server, that can process cockpit voice recorder audio without exposing protected data to external platforms. Early results indicated that the tool reduces the time required to prepare a fully verified transcript by about 50%, depending on recording quality.

Balls said the pace of technological change in aviation made adaptation essential. “I am committed to ensuring the AAIB continues to adapt to maintain a leading role in aviation safety by conducting thorough, timely, independent investigations that make a real difference to flight safety,” he wrote.

https://www.ainonline.com/aviation-news/aerospace/2026-06-04/uk-air-accident-investigators-warn-ev-battery-risks

Houston man accused of using fake boarding pass, sneaking onto United Airlines flight at Bush Intercontinental Airport

Abdulrahman Oriyomi, 25, faces felony charge after delaying flight to Los Angeles by three hours

A Houston man is facing a felony charge after he allegedly got through TSA security screening using a fake boarding pass and snuck onto a United Airlines flight to Los Angeles last month, delaying the flight’s departure by three hours and prompting a major law enforcement response.

Abdulrahman Oriyomi, 25, is charged with felony impairing or interrupting operation of critical infrastructure facility and is currently wanted.

A warrant for his arrest was filed Monday.

What happened with TSA

Oriyomi arrived at Bush Airport early the morning of May 18, according to court records, and went to the Terminal C security checkpoint.

He was “constantly staring at his phone and delaying speaking to a TSA agent,” investigators said, before he finally spoke with a TSA agent and had possibly difficulty with his boarding pass.

He then got escorted to another TSA booth, surveillance video showed, had his picture taken, and was allowed to go through security, according to records.

Inside the airport

The suspect then walked around freely inside Bush Intercontinental Airport before approaching gate C35, according to records, and speaking with United employees.

He continued walking around before getting in line to board a flight at gate E16, investigators said, which was a flight departing Houston around 7:15 a.m. for Los Angeles.

Twice, he attempted to scan a boarding pass but was unsuccessful, according to records, and then got into an apparent disagreement with a United employee before being turned away from the gate around 7:10 a.m.

While he walked away, he stayed in the airport before arriving at another gate about an hour later.

Boarding a plane

By about 8:15 a.m., Oriyomi had arrived around gate D4 at Bush Airport, where investigators said he “awkwardly paced and stood” in the area, while constantly looking over at United employees scanning boarding passes.

Just after 9 a.m., surveillance video showed him getting in the boarding line for United flight 469, which was also bound for Los Angeles, according to records.

About a minute after getting in line, and while allegedly intentionally waiting for the gate agents to be preoccupied with other passengers, Oriyomi pretended to show a boarding pass, walked past the employees, and proceeded down the jetway while the employees were still distracted, investigators said.

The flight was scheduled to depart at 9:45 p.m.

On board flight 469

A woman seated on the plane told investigators Oriyomi walked onto the plane and sat in the aisle seat next to her but “seemed unsure if the seat he was in was his,” according to records.

He eventually stood up and went to a plane restroom, before returning about 15 minutes later and tried to sit back down, but by then the real passenger had taken the seat, records show.

That’s when Oriyomi allegedly went to a different bathroom and the plane began to taxi away from the gate.

The woman then notified a flight attendant that someone was in the bathroom, according to records, so the flight attendant knocked on the bathroom door and advised Oriyomi to return to his seat.

He pretended to start walking to a seat, according to records, but instead hid in a different bathroom at the back of the plane.

By then, the flight attendant told investigators he asked for Oriyomi’s name and told him to return to his seat again, which is when Oriyomi identified himself as “Mr. Lopez,” according to records.

The flight was full so there wasn’t an open seat, which is when Oriyomi allegedly asked to sit in the jump seat.

Flight attendants checked the manifest and realized there was no “Mr. Lopez” on the list, so the plane had to return to the gate because of the unauthorized passenger.

Law enforcement response

The Houston Police Department and Explosive Detection K9 unit, along with the FBI, Houston Airport Systems, and TSA all got dispatched.

Everyone on board had to deplane, according to records, and the plane got checked for any explosives.

During the investigation, Oriyomi gave his real name and date of birth while also showing a United confirmation number on his phone, according to records, and his boarding pass.

United employees determined he had made a reservation, but it got canceled by the airline because there was no payment.

Investigators later determined the boarding pass was possibly fake, because it was missing key information and the QR code appeared to be forged, according to records.

The situation delayed the plane by about three hours, according to records.

Oriyomi was read a trespass warning at the airport, and after realizing he wasn’t immediately going to jail, he began recording the airport and law enforcement teams while “causing a scene,” investigators said. He eventually left the airport.

What went wrong?

KPRC 2 News has reached out to TSA and Bush Airport for additional information on the incident and to find out if any measures are now in place to prevent unauthorized passengers from bypassing security and boarding an aircraft.

United Airlines would not answer any questions about the incident and referred KPRC 2 News to the Houston Police Department.

An airport spokesperson referred any questions to TSA and United Airlines.

Oriyomi does not appear to have a criminal history in Harris County, records show, and he is currently wanted.

https://www.click2houston.com/news/local/2026/06/04/houston-man-accused-of-using-fake-boarding-pass-sneaking-onto-united-flight-at-bush-airport/

FAA Proposes $336K Penalty against Planet Nine Air

Flights allegedly mislabeled between November 2023 and August 2024

The FAA has proposed a $336,000 civil penalty against Planet Nine Private Air of Van Nuys, California, alleging that the operator mislabeled charter flights as Part 91/general aviation on international flight plans and conducted flights in a “careless and reckless” manner.

The charter provider sent AIN a written response, calling out the Department of Transportation/FAA for granting privileges to foreign operators that, for U.S. operators, are restricted, and noting its own commitment to safety and attention to regulatory compliance. It termed the proposed penalty a “gross overreach.”

According to the FAA, Planet Nine submitted 21 inaccurate flight plans between November 2023 and August 2024 for passenger flights between the U.S. and international destinations. The FAA also claims the company did not obtain overflight or landing permits for the flights and failed to follow its own oceanic and international procedures manual.

“The FAA’s findings involve an extraordinarily small number of flights—less than 0.2% of our total flight segments during the audit period—and have zero connection to the safety of flight,” the company said. “These isolated administrative issues resulted purely from the real-world demands of ultra-long-range international operations.”

Planet Nine has 30 days from receipt of the FAA’s enforcement letter to respond. The penalty is proposed and not yet final. The FAA did not specify in its enforcement notice what motivated the alleged misclassification of the flights.

https://www.ainonline.com/aviation-news/business-aviation/2026-06-04/faa-proposes-336k-penalty-against-planet-nine-air

The Icelandic Met Office receives international grant to strengthen aviation safety in relation to volcanic hazards

In October 2025, the Icelandic Meteorological Office (IMO) received a grant of ISK 147 million from the International Civil Aviation Organization (ICAO) for four new development projects in the fields of volcanic hazards and aviation safety. The projects involve, among other things, the development of new measurement methods, automatic analysis of eruption plumes, coordination of responses among European volcano observatories, and research into the effects of sulphur dioxide (SO₂) on aviation.

The common objective of the projects is to improve monitoring and the dissemination of information related to volcanic hazards, thereby reducing risks to aviation, particularly over the North Atlantic. The grant also underlines IMO's international role as Iceland's State Volcano Observatory (SVO) and the importance of Icelandic expertise in the field of volcanic hazards.

The Icelandic Meteorological Office was formally designated as Iceland's State Volcano Observatory in 2010 by the Icelandic Transport Authority, then the Icelandic Civil Aviation Administration, following the Eyjafjallajökull eruption. With this designation, IMO was given the responsibility of reporting on volcanic unrest and eruptions in Iceland to the London Volcanic Ash Advisory Centre (VAAC), to other VAACs as needed, and to the aviation community more broadly, in accordance with ICAO regulations.

IMO is responsible for monitoring, forecasting and issuing warnings for natural hazards in Iceland, including volcanic activity in the country's active volcanoes and volcanic systems.

The four development projects are as follows:

Calibrated Digital surveillance-camera Network at Jan Mayen for Volcanic plume height assessment (CamJan)

This project aims to develop an automated system for detecting, measuring, and distributing information related to volcanic plumes that may form during eruptions at Jan Mayen volcano in Norway. At present, monitoring capabilities for assessing volcanic activity on the island are limited. To enhance these capabilities, IMO will establish a network of calibrated cameras, which will supplement the sporadically available satellite data in this region. The project is expected to result in the implementation of new operating procedures for the surveillance of Jan Mayen volcano.

Digital Twin for Improved Eruption Source Parameters Assessment and Forecasting Capabilities of Atmospheric Volcanic Hazards from Icelandic Volcanoes (DigiVolc)

This project is proposed as a significant enhancement to the aviation safety architecture in the North Atlantic region. It is centred on the creation of an operational Digital Twin (DT) at the IMO, which will allow the near-real-time quantification of eruption source parameters (ESPs). These parameters are critical for the reliable forecasting of volcanic ash clouds, which can pose severe and widespread hazards to aviation. In practice, ESPs define the starting conditions for dispersal models used by Volcanic Ash Advisory Centres, and their accurate assessment is fundamental for mitigating risks to international air navigation. By constructing a DT that integrates multiple streams of observations – including ground-based instrumentation, satellite retrievals, and calibrated camera networks – with advanced modelling capabilities, IMO will provide robust and timely ESP estimates for several potentially hazardous volcanoes. These estimates will be accompanied by uncertainty assessments, thereby enabling the aviation sector to operate with greater confidence and precision.

Common Procedures and Operational Standards Within the European Volcano Observatory Network (EVON-avi):

This project is designed to harmonise the way European Volcano Observatories (VOs) provide critical information to the aviation sector during volcanic crises. At present, significant variation exists in how volcanic plume-heights are assessed, aviation colour codes are applied, and VONAs (Volcano Observatory Notices for Aviation) are formatted and disseminated. These inconsistencies can create operational uncertainty for Volcanic Ash Advisory Centres, Meteorological Watch Offices, Air Navigation Service Providers, and airlines, particularly in the North Atlantic region where eruptions in Iceland and the Azores regularly influence some of the busiest transatlantic flight corridors. EVON-avi will address these shortcomings by developing common guidelines for plume height estimation, establishing technical training in the use of calibrated cameras and IWXXM-formatted VONAs, and coordinating the maintenance of an updated European Catalogue of Volcanoes.

EVON-avi project builds on the existing European Volcano Observatory Network which currently comprises the Icelandic Meteorological Office (IMO), Istituto Nazionale di Geofisica e Vulcanologia (INGV, Italy), Instituto Geográfico Nacional (IGN, Spain), Instituto de Investigação em Vulcanologia e Avaliação de Riscos / Centro de Informação e Vigilância Sismovulcânica dos Açores (IVAR-CIVISA, Azores, Portugal), and the Royal Netherlands Meteorological Institute (KNMI).

Volcanic Sulphur Dioxide Encounters (VOSDE): Towards the mitigation of volcanic SO₂ hazards for improved aviation safety:

This project will establish, analyse, and set into an operational framework a unique dataset of in-flight encounters with volcanic sulphur dioxide (SO₂). Despite increasing recognition of volcanic gas as a threat to aviation, the global aviation sector lacks a robust dataset and experience-based exposure thresholds for SO₂ hazards. The VOSDE project addresses volcanic SO2 hazards that can affect international flight levels across the North Atlantic, a critical region for global civil aviation. This will be achieved by analysing volcanic SO2 emissions from Iceland. While recent eruptions on the Reykjanes Peninsula since 2021 have demonstrated this hazard locally, these events underline the potential for volcanic SO₂ clouds to intersect enroute traffic in the wider North Atlantic airspace. The results of the project will be used to assess whether there is a basis for issuing SIGMET warnings for SO₂ emissions from volcanic eruptions, thereby supporting the development of international preparedness and response procedures for volcanic gas hazards within the framework of the International Airways Volcano Watch (IAVW).The project will strengthen both aviation safety and aviation security, ensuring that passengers, crews, aircraft, and flight routes are better protected during prolonged volcanic crises.

A survey related to the project has been launched: Survey on volcanic sulphur dioxide hazards and aviation safety.

A total of nine IMO staff members is involved in the ICAO development projects, which will run for one to three years. The projects further strengthen IMO's international role in the fields of volcanic hazards and aviation safety, building on the knowledge and experience gained from volcanic eruptions in Iceland in recent decades.

https://en.vedur.is/about-imo/news/the-icelandic-met-office-receives-international-grant-to-strengthen-aviation-safety-in-relation-to-volcanic-hazards

FAA begins radar modernization project with first installation in Oklahoma

The FAA has installed the first of over 600 new radars in Putnam, Oklahoma, as part of a nationwide effort to modernize air traffic control systems.

The Federal Aviation Administration has launched a multi-year project to modernize air traffic control systems, starting with the installation of the first of more than 600 new radars in Putnam, Oklahoma.

Oklahoma lawmaker shocked by Washington, D.C., tragedy, could lead to FAA improvements

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The project is funded by President Donald Trump’s “One Big Beautiful Bill,” which was approved by Congress last year.

When the initiative was announced in January, U.S. Transportation Secretary Sean Duffy said much of the nation’s radar infrastructure dates back to the 1980s and needs replacement.

“The modernization effort will improve aviation safety and help support future innovations in air travel,” Duffy said.

FAA academy in OKC sees record number of students amid air traffic controller shortageFAA academy in OKC sees record number of students amid air traffic controller shortage

These new radar systems are designed to make the United States air traffic control system more reliable, easier to maintain, and less prone to delays caused by equipment failures.

Will Rogers International air traffic manager Michael Tagmir said the new radar will improve reliability, redundancy, and operational effectiveness for Oklahoma City air traffic controllers, supporting safer and more dependable service.

“The radar upgrades will improve coverage and reliability, helping controllers make safer decisions while reinforcing the FAA’s commitment to operational excellence and aviation safety,” Tagmir said.

Records: OKC's FAA air traffic control academy below capacity for years prior to hiring frenzy

Get the latest news stories of interest by clicking here.

In total, more than 612 radars will be replaced nationwide, with the goal of completing installations by June 2028.

https://www.koco.com/article/faa-begins-radar-modernization-project-first-installation-oklahoma/71486993

FAA Scrambles to Regulate Electric Aircraft as Manufacturers Race Ahead

Why It Matters

A new government watchdog report suggests the Federal Aviation Administration (FAA) is still working out the rules of the road for a technology that manufacturers are racing to bring to market. It has not certified a single manned electric aircraft for commercial operations. Instead, the Government Accountability Office (GAO) report, released May 27, 2026, finds that the FAA is evaluating electric aircraft certification requests on a case-by-case basis, with no unified regulatory framework in place.

Meanwhile, a congressional mandate to update airworthiness standards for electric engines and propellers due by May 2027 is already stalled because the advisory committee tasked with doing that work was effectively shut down by the Trump administration in August 2025.

Electric aviation technology promises quieter skies, lower operating costs, and expanded air service to rural and underserved communities that have seen regional airline service collapse over the past two decades. But without a clear federal certification pathway, manufacturers face an uncertain road to market, and investors, airports, and local governments that have already begun spending money on the infrastructure are betting on a timeline that federal regulators have yet to validate.

A Technology Racing Ahead of Its Regulators

The electric aircraft industry spans a wide range of designs and ambitions. Fully electric aircraft run solely on battery-powered motors. Hybrid-electric models supplement batteries with conventional combustion engines, extending range and payload. Some require conventional runways; others (electric vertical takeoff and landing aircraft, known as eVTOLs) lift off like helicopters.

The near-term commercial prospects are concentrated at the short end of the range spectrum. The Archer Aviation Midnight eVTOL, for example, is designed for back-to-back trips of roughly 20 miles (think airport-to-downtown air taxi service). The Heart Aerospace ES-30 can travel about 500 miles in hybrid-electric mode. The Electra EL9 Ultra Short aircraft can take off in 150 feet, according to its manufacturer, opening up airstrips that conventional planes cannot use.

Large commercial electric aircraft (the kind that would replace a Boeing 737 or Airbus A320) are a different matter. Selected research studies cited in the GAO report conclude such aircraft are not likely to enter service within the next 20 years. The battery technology required may not be available until midcentury, and even then would depend on advances in high-temperature superconducting motors that do not yet exist at a commercial scale.

The Bottleneck

Since 2018, the FAA has accepted 23 electric propulsion type certification projects. The number is small, but the complexity is not. Electric propulsion systems do not fit neatly into the regulatory frameworks built for piston engines and jet turbines.

FAA has two paths available. The "existing standards" path applies to fixed-wing aircraft and conventional engine designs; 10 of the 23 projects have gone this route. The "special class" path, used for all 14 eVTOL applications, allows the FAA to develop tailored airworthiness criteria for aircraft that don't fit existing categories. FAA has issued special conditions for four products under the existing standards path (engines made by Safran, magniX, BETA Technologies, and ZeroAvia) and has issued special class airworthiness criteria for two eVTOL products, from Joby Aviation and Archer Aviation.

That leaves the vast majority of applicants still waiting.

Industry frustration with the process is documented in the report. Representatives from four of seven manufacturers interviewed by GAO cited limited FAA subject matter expertise in electric propulsion as a challenge. Four also flagged a lack of standardization in the certification process. Three said FAA's reluctance to delegate certification authority to industry, a practice common in aviation, was slowing things down.

FAA's 2022 decision to shift eVTOL aircraft from the "existing standards" path to the "special class" path was described by industry representatives as an unexpected reversal that forced manufacturers to abruptly change course mid-process.

As of July 2025, the FAA's East and West Certification Branches were short eight full-time employees with electric propulsion expertise. FAA told GAO that as of March 2026, those staffing gaps were not affecting certification progress, a claim the report does not independently verify.

The staffing issue is not new. In 2021, GAO recommended that FAA ensure its workforce skill gap assessments were based on quantitative data covering all mission-critical occupations. FAA agreed with the recommendation. As of March 2026, it has not acted on it.

The Advisory Committee Problem

Congress, in the FAA Reauthorization Act of 2024, directed the FAA to update airworthiness standards for electric engines and propellers through its Aviation Rulemaking Advisory Committee, with a May 2027 deadline. The problem: the committee no longer has active members.

In February 2025, the Department of Transportation placed a hold on all Federal Advisory Committee Act activities. In August 2025, DOT terminated FACA committee memberships across the board, including the aviation rulemaking panel. FAA published a notice seeking new committee nominations in September 2025, but as of March 2026, the agency had not yet formally tasked the reconstituted committee with the electric propulsion standards work.

The clock is running. If the FAA cannot stand up the advisory committee and complete the rulemaking process, it will miss a statutory deadline set by Congress less than two years ago.

Airports Are Already Spending Money

On the ground, airports are not waiting for Washington to sort out its regulatory framework. As of December 2025, 47 airports had identified electric aircraft charging stations in their official Airport Layout Plans, with many already installed. Forty-three of those airports are nonhub or smaller facilities, concentrated in the Northeast and Southeast, exactly the kind of regional airports that electric aviation advocates say stand to benefit most from the technology.

Thirty-four of the 47 are part of BETA Technologies' charging network, which, as of the company's November 2025 IPO filing, included 52 active charging stations and 32 more under construction.

BETA also holds a $20 million contract from the Department of Health and Human Services to install 22 electric aircraft chargers at airport sites along the East and Gulf Coasts: a public health preparedness application that reflects the broader federal interest in getting this infrastructure built.

But airport operators are candid about the obstacles. One airport cited approximately $2 million in electrification costs for a single vertiport. Another reported losing power at least six times a year, which is a reliability problem that raises obvious questions about electric aircraft operations. Charging equipment is not yet standardized. Firefighting guidance for electric aircraft is incomplete. One fixed-base operator told GAO it does not expect to see electric aircraft in its facilities until 2030.

The Political Backdrop

The Trump administration has pushed hard on drone and eVTOL integration. Executive Order 14307, signed in June 2025 and titled "Unleashing American Drone Dominance," directed the FAA to establish an eVTOL integration pilot program. FAA followed through in September 2025 and in March 2026 selected eight state and local government proposals for the program, including those from the Port Authority of New York and New Jersey, Texas, Florida, Utah, North Carolina, Louisiana, Pennsylvania, and Albuquerque, New Mexico. Manufacturers partnering with those pilots include Joby Aviation, BETA Technologies, Archer Aviation, and Electra.

The Department of Transportation also released an Advanced Air Mobility National Strategy in December 2025, projecting initial commercial demonstrations by 2027, new urban and rural air operations by 2030, and fully autonomous flight by 2035. Those are ambitious targets given where the FAA's certification work currently stands.

The GAO report was mandated by the same 2024 FAA reauthorization law that set the electric propulsion standards deadline. The six congressional committees that requested the report include the Senate Commerce Committee, chaired by Sen. Ted Cruz of Texas, and the House Transportation and Infrastructure Committee, chaired by Rep. Sam Graves of Missouri. Their jurisdictions cover both FAA oversight and airport infrastructure funding, giving them direct leverage over how quickly the regulatory gaps identified by GAO get addressed.

https://legis1.com/news/electric-aircraft-regulation-faa-scrambles-to

Cirrus Promotes Aviation Safety with New Annual Flight Review Course for Pilots

Available through Cirrus Approach™, the Cirrus SR Series Annual Flight Review Course helps pilots stay proficient and current while satisfying the FAA's biennial Flight Review requirement as Pilot in Command

original Cirrus has introduced the SR Series Annual Flight Review Course, a Cirrus Approach™ training program designed to improve pilot proficiency and safety through online learning, ground instruction, and flight training with a Cirrus Standardized Instructor Pilot. The half-day course will be updated annually to address key safety topics and reflects Cirrus' ongoing investment in pilot training through its digital learning platform, certified instructor network, training programs, and type-rating curriculum.

Cirrus has introduced the SR Series Annual Flight Review Course, a Cirrus Approach™ training program designed to improve pilot proficiency and safety through online learning, ground instruction, and flight training with a Cirrus Standardized Instructor Pilot. The half-day course will be updated annually to address key safety topics and reflects Cirrus' ongoing investment in pilot training through its digital learning platform, certified instructor network, training programs, and type-rating curriculum.

DULUTH, Minn. & KNOXVILLE, Tenn.--(BUSINESS WIRE)--Cirrus (Cirrus Aircraft Ltd.) announced its new SR Series Annual Flight Review Course, a Cirrus Approach™ module designed to promote continuous flight training, pilot proficiency, and safety for all pilots, including the thousands of SR20, SR22, and SR22T pilots worldwide, regardless of current aircraft ownership. The Annual Flight Review consists of three segments—online learning, ground instruction, and flight instruction with a Cirrus Standardized Instructor Pilot (CSIP), highlighting key focus areas such as stabilized approaches and go-arounds. The course is designed to be completed in a single half-day session with a CSIP and will be updated each year to cover the latest safety focus areas for pilots.

"Cirrus is creating more flight training opportunities for pilots to practice critical skills in a safe and structured environment and then apply them in flight," said Zean Nielsen, CEO of Cirrus.

“Cirrus is dedicated to promoting continuous flight training as a lifestyle,” said Zean Nielsen, Chief Executive Officer of Cirrus. “By increasing instructional touchpoints beyond just those required, Cirrus is creating more opportunities for pilots to practice critical skills in a safe and structured environment and then apply them in flight.”

The SR Series Annual Flight Review Course is available for purchase through the Cirrus Approach portal or by contacting a Cirrus Training Center or CSIP. Completing this course with your CSIP satisfies the requirements of the FAA Flight Review (14 CFR Part 61.56) required every two years.

Cirrus continues to invest in a full breadth of training solutions, including digital products, a network of certified instructors and training centers, factory direct training, and our dedicated curriculum for a Cirrus type rating. The SR Series Annual Flight Review expands our digital product, Cirrus Approach, by adding a course to promote flight training and aviation safety for pilots. Cirrus remains committed to delivering a flight training experience that reflects the highest standard of aviation.

Visit Cirrus Approach at learning.cirrusapproach.com/learning-catalog.

About Cirrus

Cirrus is the recognized global leader in personal aviation and the maker of the best-selling SR Series piston aircraft and the Vision Jet®, the world’s first single-engine Personal Jet™, and the recipient of the Robert J. Collier Trophy. Founded in 1984, the company has redefined aviation performance, comfort and safety with innovations like the Cirrus Airframe Parachute System® (CAPS®) – the first FAA-certified whole-airframe parachute safety system included as standard equipment on an aircraft. To date, worldwide flight time on Cirrus aircraft is more than 19 million hours, and 290 people have returned home safely to their families as a result of the inclusion of CAPS as a standard feature on all Cirrus aircraft. The company has seven locations in the United States, including Duluth, Minnesota; Grand Forks, North Dakota; Greater Dallas, Texas; Greater Phoenix, Arizona; and Greater Orlando, Florida; Knoxville, Tennessee and Benton Harbor, Michigan. Learn more at cirrusaircraft.com.

https://www.businesswire.com/news/home/20260604809043/en/Cirrus-Promotes-Aviation-Safety-with-New-Annual-Flight-Review-Course-for-Pilots

Russia to develop supersonic passenger jet to travel at Mach 1 speed, prototype in progress

The development effort reflects Russia’s broader ambition to strengthen its position in advanced aerospace technologies.

Russia is making efforts to develop supersonic passenger jet, according to a report. United Aircraft Corporation has revealed that prototype supersonic passenger jet is under development in Russia.

UAC CEO Vadim Badekha told TASS that such underway at the Zhukovsky Research Center and engineers are actively assisting it.

Badekha also highlighted that the work is no longer confined to paper as it is already being carried out in hardware.

Prototype supersonic passenger jet under development

“A prototype of such an aircraft is under development, and we believe the Zhukovsky Research Center will successfully complete this work,” said Badekha.

The initiative aims to create a commercially viable supersonic jet capable of carrying passengers at speeds exceeding the speed of sound while meeting modern safety and environmental standards.

In April, the Zhukovsky Institute Research Center patented the design of a prospective supersonic passenger aircraft capable of flying at supersonic speeds while reducing the loudness of the sonic boom and lowering noise levels near airports, reported TASS.

Market for high-speed passenger flights

It’s believed that there could be a market for high-speed passenger flights, particularly among travelers who value time savings and premium travel experiences. If the project proves successful, supersonic aircraft could eventually become part of airline fleets serving long-distance routes.

The development effort reflects Russia’s broader ambition to strengthen its position in advanced aerospace technologies. Although the aircraft is still under development and commercial service remains a long-term goal, the creation of a prototype marks an important step toward reviving supersonic passenger transportation in the modern era.

By combining higher speeds with improved efficiency and reduced noise, the project seeks to address many of the limitations that constrained previous generations of supersonic airliners. Its progress will be closely watched by the global aviation industry as interest in faster commercial air travel continues to grow.

Renewed focus on supersonic passenger aviation

The renewed focus on supersonic passenger aviation reflects broader efforts within the aerospace sector to develop innovative transportation technologies capable of significantly reducing travel times. While no timeline has been announced for commercial deployment, the ongoing prototype development suggests that Russia is seeking to re-establish itself as a participant in the future global market for high-speed air travel.

One of the key challenges facing supersonic aviation has traditionally been the loud sonic boom produced when an aircraft exceeds the speed of sound. To address this issue, scientists have been working on designs aimed at reducing both sonic boom intensity and airport-area noise levels.

The project could mark an important milestone in the evolution of commercial aviation, offering passengers the possibility of faster long-distance journeys while addressing many of the environmental and operational concerns that limited previous generations of supersonic aircraft.

https://interestingengineering.com/transportation/russia-supersonic-passenger-jet-development

Graduate Research Request - A

Dear Pilots,

My name is Giada Palusci, and I am a Master’s student in Clinical and Health Psychology at the University of Chieti-Pescara, Italy.

As part of my thesis, I am conducting research on Fatigue Risk Management, with a particular focus on the relationship between sleep, jet lag, and work rosters among commercial pilots.

Aviation safety depends heavily on the human element, and direct insights from flight crews are essential to better understand current operational challenges.

If you are a commercial pilot, I would be extremely grateful if you could spare a few minutes to complete this short, anonymous, and confidential survey.

Survey Link: https://qualtricsxmbhmnrhr9l.qualtrics.com/jfe/form/SV_esP9sU63Y7tM9LM

Upon completion of the study, I will be happy to share the final results with Dr. Lewis and the broader aviation community.

Thank you very much for your time and for your continued commitment to advancing aviation safety.

Kind regards,

Giada Palusci

Graduate Research Request - B

My name is Michail Karyotakis, Lt. Col. (P) HAF, Part-time PhD Student in Aerospace, School of Aerospace, Transport and Manufacturing at the Cranfield University in the UK.

Currently, I am working on the final stage of my Research project, which is focused on developing a Flexible and Dynamic Safety Management Framework for Unmanned Aircraft Systems Operations.

I kindly invite you to participate in this survey validating or arguing against the findings of the respective research. Findings are illustrated in the form of questions. Everyone’s level and kind of experience is considered useful not to mention those with aviation and/or piloting background.

By sharing your perspectives, you will contribute to developing effective and sustainable mechanism of safety risk management for Unmanned Aircraft Operations in the current aviation environment.

Specifically, this Research is focused on:

• Reviewing the existing Safety Management approaches for the UAS operations that are in the scope of the Research.

• Introduce, test and validate the concept of Total System Safety Performance for UAS operations in the scope of this research.

• Assessing Safety risks related to the operations of Urban Air Mobility (UAM) and Package Delivery.

• Assessing the impact of Human Factors, Terrain management and different flight phases in UAS operations.

• How could the current safety management framework for UAS operations be updated and streamlined according to the specific needs of every operator and the specificities of every UAS operation.

Your participation in this survey is entirely voluntary, and it is estimated to take approximately 15 to 20 minutes of your time.

This survey is undertaken as part of my research thesis submission and is not affiliated with any airline, training organisation, or any other.

Participation in the survey is voluntary and anonymous (if desired by the participants, personal info may be shared).

The survey will take about 15 minutes to be completed.

Thank you in advance for your time and patience.

Your participation is highly appreciated.

Please click the link below to enter the survey:

https://cranfielduniversity.eu.qualtrics.com/jfe/form/SV_3fvlBSGnO7TxeJ0

Student email: [email protected]

CALENDAR OF EVENTS

.2026 FAA-EASA International Aviation Safety Conference — June 16-18, 2026, in Chantilly, Virginia, with the theme “Safety Together: Innovation, Integration and Trust.”

https://www.easa.europa.eu/en/newsroom-and-events/events/2026-faa-easa-international-aviation-safety-conference

. Aircraft Fire Hazards, Protection, and Investigation Course

7 to 9 July 2026; Woburn MA 01801 USA

: APSCON/APSCON Unmanned 2026 – Ft. Lauderdale, FL - July 13-17, 2026

. ICAO/EASA Third Global RSOO/RAIO Forum for Aviation Safety — September 29–30, 2026, in Georgetown, Guyana., https://www.icao.int/events

: Aircraft Cabin Air International Conference - 22-23 September 2026

. IATA World Maintenance & Engineering Symposium (23-25 June, Madrid, Spain)

. ISASI - BOSTON 2026 - September 28, 2026 – October 2, 2026

. Global Aviation Conference Frankfurt- 29-30SEP2026 - Frankfurt, Germany

. 2026 NBAA Business Aviation Convention & Exhibition (NBAA-BACE)

Oct. 20-22, 2026 | Las Vegas, NV