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New Delhi, India: Three Air India narrow-body aircraft sustained damage at Delhi’s Indira Gandhi International Airport (IGIA) after ground support equipment was blown across the apron during sudden strong winds and heavy rain on June 7, 2026. The incident occurred at Terminal 2, where the aircraft were parked on the ground when severe weather conditions struck the airport area. Powerful winds dislodged several pieces of ground support equipment from their designated positions, causing them to collide with the parked aircraft. No injuries were reported and no passengers were on board at the time. Authorities have launched an investigation into the incident. The damaged aircraft were Air India single-aisle aircraft parked at Terminal 2 when the storm hit. The affected aircraft have been withdrawn from service for inspections and repairs. One aircraft is expected to remain grounded for several days, while the other two could return to operations later this week following technical assessments and necessary repairs. At least three pieces of ground support equipment were involved. These included a passenger step ladder and a trestle that were reportedly positioned near the aircraft stands before the weather deteriorated. The equipment was hurled from its location after strong winds swept across the apron area. Video footage that surfaced online showed a passenger boarding staircase belonging to IndiGo moving uncontrollably across the apron before striking a parked Air India aircraft. The footage quickly circulated on social media and raised questions regarding the securing of movable airport equipment during adverse weather conditions. While it is confirmed that three aircraft were damaged, authorities have not disclosed the registrations of the aircraft or specified which sections of each aircraft were struck. As of June 8, neither Air India nor airport authorities have publicly identified whether the damage occurred to the fuselage, wings, tail, nose section, engines or other structures. Technical inspections are underway to determine the full extent of the damage. The sudden storm brought strong winds and heavy rain to the airport area, creating hazardous ramp conditions within a short period. Following the incident, the damaged aircraft were removed from operational service and subjected to engineering inspections. A probe has been initiated to establish the sequence of events, assess weather-related factors and review ground handling procedures for securing equipment during sudden adverse weather.

3 Air India Planes Damaged After Ground Support Equipment Hits Jets At Delhi Airport

June 8, 2026

French Gendarmerie Helicopter Crashes Near Orléans; One Officer Killed, Two Injured

June 8, 2026

La Romana, Dominican Republic: Two crew members were killed after a private jet crashed while attempting an emergency landing at La Romana International Airport in the Dominican Republic on June 7, authorities confirmed. According to the Dominican Institute of Civil Aviation (IDAC), the aircraft involved was a U.S.-registered Gulfstream G200 executive jet operating a flight from La Romana to Austin, Texas. The aircraft was carrying only the pilot and co-pilot, with no passengers onboard. Preliminary information indicates the flight experienced a technical problem shortly after departure and requested to return to La Romana International Airport. Reports from local authorities suggest the crew declared an emergency while the aircraft was approximately 16 nautical miles southwest of the airport before turning back toward the airfield. Video footage circulating on social media shows the jet touching down during the emergency landing attempt before skidding along the runway. The aircraft then appeared to bounce and veer out of control before erupting into a large fireball. The impact and subsequent fire destroyed much of the aircraft. Both crew members sustained fatal injuries. Authorities have not yet publicly released their identities. Emergency response teams, including airport firefighters and rescue personnel, were dispatched immediately to the scene. Airport operations were temporarily suspended while emergency crews worked at the crash site and investigators began documenting evidence. Initial statements from officials indicate the aircraft encountered a malfunction before the attempted landing. Puerto Rico Department of Public Safety Secretary Arturo Garffer told local media that the aircraft had experienced problems during the landing phase, though he stressed that information remains preliminary pending a full investigation. The aircraft reportedly came down within the airport perimeter after losing stability during the emergency landing sequence. Images and video from the scene showed extensive fire damage and wreckage scattered near the runway area. The Gulfstream G200 is a twin-engine business jet capable of carrying between eight and 18 occupants depending on cabin configuration. The Dominican Civil Aviation Board and IDAC have launched an investigation to determine the exact cause of the accident. Investigators are expected to examine the aircraft's maintenance history, technical condition, flight data, communications with air traffic control, and the circumstances surrounding the reported malfunction. At the time of publication, authorities had not released the aircraft registration number, the names of the crew members, or any preliminary findings regarding the cause of the crash. The investigation remains ongoing.

Private Jet Crash During Emergency Landing Attempt Kills Pilot And Co-Pilot Onboard

June 8, 2026

Bhiwani, India: India’s Aircraft Accident Investigation Bureau (AAIB) has released its final investigation report into the accident involving Tecnam P2006T aircraft VT-VDB operated by FSTC Flying School at Bhiwani Airfield, Haryana, on May 12, 2022, concluding that fuel vapor lock in the left engine, combined with crew handling deficiencies and limited experience on type, led to the crash during a training flight. The twin-engine Tecnam P2006T was conducting a routine training sortie at Chaudhary Bansi Lal Airport, Bhiwani, with a flight instructor and a student pilot on board. The exercise involved six circuit-and-landing maneuvers and was the second training sortie of the day. According to the investigation, the aircraft completed its first circuit and performed a normal touch-and-go landing on Runway 30. Shortly after becoming airborne again, the crew experienced rough running and a loss of power in the left engine. The instructor took control and initiated asymmetric-flight procedures to maintain directional control. While the aircraft was still climbing at approximately 100 feet above ground level, the crew reported roughness and a reduction in power from the right engine as well. As the aircraft’s airspeed decayed, it was unable to sustain the climb. The crew elected to conduct a forced landing within the airfield boundary. The aircraft touched down heavily, sustaining substantial damage before coming to rest near the perimeter wall. Both occupants evacuated safely. No fatalities, serious injuries, fire, or damage to third parties were reported. The accident aircraft was a 2019-built Tecnam P2006T, serial number 269, powered by two Rotax 912 S3 engines. Records examined by investigators showed the aircraft held valid airworthiness documentation and had been maintained in accordance with DGCA-approved maintenance programs. The 34-year-old flight instructor held a valid Commercial Pilot Licence and had accumulated approximately 1,589 flight hours. However, he had only around 28 hours of experience on the Tecnam P2006T type. The 20-year-old student pilot had logged approximately 182 flight hours, most of them on Cessna 172 aircraft. Prior to the accident, he had accumulated only about 1 hour and 15 minutes on the Tecnam P2006T. Investigators found both crew members were properly licensed, medically fit, adequately rested, and had not consumed alcohol. A central focus of the investigation was determining whether an engine malfunction had caused the accident. AAIB investigators conducted extensive examinations and operational testing of both Rotax engines and associated fuel, ignition, and electrical systems. The report concluded that neither engine suffered a technical malfunction and both were capable of producing power. Investigators also noted that the aircraft’s Garmin avionics system had the capability to record engine and flight parameters. However, no SD card had been installed in the data-logging slot, meaning no flight data was recorded. Subsequent attempts by the U.S. The National Transportation Safety Board (NTSB) to recover information from the units' internal memory was unsuccessful. Weather conditions at Bhiwani played a significant role in the occurrence. Meteorological data recorded temperatures of approximately 44°C at the time of the flight, while a weather station measured 46°C immediately after the accident. The aircraft type is approved for operations up to 50°C. Investigators determined that the combination of extreme ambient temperatures, elevated runway surface temperatures, and the use of automotive gasoline (MOGAS) created conditions favorable for vapor lock formation. Vapor lock occurs when fuel vaporizes within fuel lines, disrupting the continuous supply of liquid fuel to the engine. The report noted that FSTC operated its Tecnam fleet on MOGAS containing 10% ethanol. Although the fuel met all approved specifications and manufacturer requirements, investigators found that its volatility increased the likelihood of vapor formation under very hot operating conditions. According to the report, the student pilot switched off the aircraft’s electric fuel pumps after leveling at circuit altitude, following normal procedures. As the aircraft entered the circuit pattern and later prepared for the touch-and-go maneuver, engine power settings were reduced, resulting in lower fuel flow and reduced cooling airflow through the engine compartments. Following touchdown and the subsequent takeoff, investigators believe heat accumulated within the engine cowling area, allowing fuel vapor to form in the fuel lines supplying the left engine. The resulting vapor lock interrupted fuel flow, causing rough running and loss of power in the left engine. The right engine later experienced a reduction in performance under similar environmental conditions, though investigators found evidence indicating it continued producing power throughout the forced landing sequence. While acknowledging the instructor initially applied correct asymmetric-flight techniques after the left-engine power loss, the report found several critical procedures outlined in the Aircraft Flight Manual (AFM) were not followed. Investigators determined that the failed left-engine propeller was not feathered, creating additional aerodynamic drag. The landing gear also remained extended, further degrading aircraft performance. The report additionally concluded that the instructor did not lower the aircraft’s pitch attitude sufficiently to preserve airspeed after the initial engine failure. As a result, airspeed decayed below the aircraft’s minimum control speed (VMCA), reducing controllability and climb capability. AAIB stated that the crew likely interpreted the right engine’s reduced performance as a complete engine failure, although evidence suggested the engine was still producing power. The investigation further noted that neither a left-engine failure call nor a Mayday transmission was made to air traffic personnel. AAIB also identified several organizational shortcomings at the flying school. Investigators found that FSTC had reduced local circuit altitude from the DGCA-approved 1,500 feet to 700 feet without formally amending its Training and Procedures Manual or obtaining regulatory approval. The investigation additionally criticized the emergency checklist carried onboard, describing it as a small single-page document that did not clearly describe actions required during various emergency situations. Another finding noted that the school did not utilize the aircraft’s built-in Garmin data-recording capability, despite the system being available. The report concluded that the aircraft was airworthy, properly maintained, loaded within limits, and carrying sufficient fuel. AAIB determined that the ambient temperature was close to the aircraft’s operational limit and conducive to vapor lock formation. Investigators also found that both crew members had comparatively limited experience on the Tecnam P2006T and that emergency procedures were not followed precisely after the initial engine power loss. The final probable cause stated that the accident occurred when the left engine encountered vapor lock and the right engine suffered a slight loss of power while operating in temperatures near the aircraft’s operational limit. The aircraft subsequently impacted the ground during a forced landing. Contributing factors identified by AAIB included non-adherence to Aircraft Flight Manual procedures and the pairing of two crew members with limited experience handling emergency situations on the aircraft type.

AAIB Final Report: Vapor Lock And Crew Actions Led To FSTC Tecnam P2006T Crash In 2022

June 7, 2026

Austin, United States: A Southwest Airlines Boeing 737-700 operating a scheduled flight from Austin, Texas, to Phoenix, Arizona, returned to its departure airport shortly after takeoff after the flight crew reported a problem with one of the aircraft's engines. The incident occurred on June 4, 2026, involving Southwest Flight WN375. According to available flight information, the 21-year-old Boeing 737 departed Austin-Bergstrom International Airport at approximately 11:53 a.m. local time and initially climbed to about 13,000 feet while en route to Phoenix. During the climb, the pilots reported issues with the aircraft's right-hand engine and requested a return to Austin. The crew did not immediately land because weather conditions in the Austin area required the aircraft to remain airborne while awaiting a suitable opportunity to return. The aircraft descended to a lower altitude and remained in the vicinity of the airport before being cleared for approach. The Boeing 737 landed safely back at Austin approximately 40 minutes after departure. Following the landing, emergency personnel conducted an inspection of the aircraft on the runway as a precautionary measure. No fire was detected and no injuries were reported among passengers or crew. After receiving clearance from airport emergency responders, the aircraft taxied back to the terminal under its own power, where passengers disembarked normally. A subsequent inspection identified damage to the right engine. The U.S. The Federal Aviation Administration (FAA) later confirmed that investigators found "metal debris and damage to the right engine." Authorities have not disclosed the source of the debris, and the cause of the engine malfunction remains under investigation. Reports indicate that the flight crew did not receive an engine fire warning during the event, suggesting the problem may have been detected through abnormal engine indications, vibrations, performance parameters, or physical evidence rather than an onboard fire alert. The aircraft involved was a Boeing 737-700, one of the older variants in Southwest Airlines' fleet. The jet is reported to be approximately 21 years old. The FAA has opened an investigation into the occurrence. As of the latest available information, the aircraft remained out of service pending further inspection and maintenance actions. No injuries were reported

Southwest Returns To Austin After Engine Problem; FAA Finds Metal Debris In Right Engine

June 6, 2026

Copenhagen, Denmark: Scandinavian Airlines' long-awaited return to India after a 17-year absence suffered an unexpected setback when its inaugural Copenhagen–Mumbai service was forced to return to Denmark after spending nearly four hours in the air due to a pending regulatory approval. Flight SK969, operated by an Airbus A330-300, departed Copenhagen Airport on June 2, 2026, for what was intended to be the carrier's first scheduled service to India since 2009. However, the aircraft left approximately four to four-and-a-half hours behind schedule before beginning its journey toward Mumbai. According to flight-tracking data, the aircraft continued southeast across Europe and into the Caucasus region before reversing course while over Azerbaijan. After remaining airborne for roughly four hours, the aircraft returned to Copenhagen, turning the launch flight into what several aviation observers described as an "eight-hour flight to nowhere." SAS confirmed that the aircraft returned because a final regulatory approval required for the service had not been received as anticipated. "The flight returned to Copenhagen because the final approval from the relevant authorities was not issued as expected," the airline said. The carrier indicated that it had completed months of preparations for the route and had expected the remaining authorization to be finalized before the flight reached Indian airspace. However, that approval had not been secured by the time the aircraft was approaching the latter stages of its journey toward India. Neither SAS nor Indian regulators have publicly identified the specific authorization that remained outstanding. As a result, the exact nature of the missing clearance remains unclear. The incident overshadowed what had been planned as a significant milestone for the Scandinavian carrier. The Copenhagen-Mumbai route marks SAS's first India service in 17 years and forms part of the airline's broader strategy to expand its long-haul network following its transition into the SkyTeam alliance. SAS had positioned Mumbai as a key destination linking Scandinavia with one of the world's fastest-growing aviation markets. The airline had planned to operate the route five times weekly using Airbus A330 aircraft, strengthening connections between Northern Europe, India and North America through its Copenhagen hub. The route also represented SAS's return to a market it exited in 2009 during a period of restructuring and changing long-haul economics. Passengers onboard the inaugural service ultimately returned to Copenhagen instead of reaching Mumbai, creating significant disruption for travelers who had boarded what was expected to be a historic relaunch flight. Following the incident, reports indicated that SAS temporarily suspended subsequent Mumbai services while working with authorities to resolve the approval issue. The airline stated that it was actively engaged with regulators and expected operations to begin once all necessary authorizations were secured. As of the latest updates, SAS continues to work toward obtaining the remaining clearance required to fully launch the service, though neither the airline nor authorities have announced a definitive timeline for regular operations to commence.

SAS’ First India Service In 17 Years Turns Back Mid-Air Over Pending Regulatory Approval

June 6, 2026

Santa Teresa, United States: Three people were seriously injured after a small aircraft crashed at Doña Ana County International Jetport in Santa Teresa, New Mexico, on June 5, according to local authorities. Emergency crews were dispatched to the airport at approximately 10:57 a.m. following reports of an aircraft accident on airport property. Responders from Sunland Park Fire Department, Doña Ana Fire Rescue and other emergency agencies arrived at the scene and located three injured occupants. Officials said three occupants aboard the aircraft survived but sustained serious injuries. The 2 occupants were airlifted to area hospitals for medical treatment, while the third was taken by ambulance. Authorities have not released the identities of those onboard. No fatalities were reported. Sunland Park Fire Chief Daniel Medrano said first responders were notified of a small Cessna-style aircraft crash at the airport. No injuries were reported among people on the ground, and there were no immediate reports of significant damage to airport infrastructure. The circumstances surrounding the accident remain unclear. Authorities have not disclosed whether the aircraft was arriving, departing or conducting local operations at the time of the crash. The exact aircraft model and registration number have also not been publicly identified. The Federal Aviation Administration has been notified and is expected to assist with the investigation. Officials have not announced a preliminary cause, and investigators will examine the aircraft, operating conditions and other available evidence to determine what led to the accident. The crash remains under investigation.

Three People Seriously Injured After Small Aircraft Crashes At Santa Teresa Jetport

June 6, 2026

Guayaquil, Ecuador: An Iberia Airbus A350-900 sustained wing damage during a ceremonial water salute at José Joaquín de Olmedo International Airport in Guayaquil on June 4, forcing the cancellation of a scheduled flight to Madrid. The aircraft, registered EC-NXD, was preparing to operate the Guayaquil-Madrid service when the incident occurred during a traditional water-cannon salute conducted by airport firefighting vehicles. According to footage and reports from local media, the aircraft's wingtip area came into contact with equipment associated with the ceremony, resulting in visible damage to the winglet. Aviation incident records and eyewitness videos indicate the collision occurred while the aircraft was taxiing beneath the water arch created for the event. Following the incident, airport personnel and airline representatives inspected the aircraft. Iberia subsequently cancelled the planned departure to Madrid to allow for technical evaluation and repairs. No injuries were reported among passengers, crew members, airport firefighters, or ground personnel. To ensure passengers reach their destinations, a phased rebooking is being coordinated with the support of other airlines. The aircraft involved was an Airbus A350-900, one of Iberia's long-haul flagship aircraft used on intercontinental services between Spain and Latin America. As of publication, Iberia had not released a detailed public statement explaining the circumstances of the collision or the extent of the damage. Airport and airline officials continue to assess the aircraft before it returns to service. The incident remains under review, and further information is expected once inspections are completed.

Iberia A350 Winglet Damaged During Water Salute In Guayaquil, Madrid Flight Cancelled

June 5, 2026

Dubai, United Arab Emirates: Emirates has promoted Hanan Mohammed Jawad and Bakhita Al Mheiri to captain, making them the airline’s first Emirati female captains and marking a significant milestone for both the carrier and the UAE’s aviation sector. The appointments were announced by Emirates on June 4, 2026, as part of its ongoing efforts to develop Emirati talent and advance opportunities for women in aviation. Both pilots began their careers through the Emirates Group’s National Cadet Pilot Programme (NCPP), a fully funded initiative launched in 1993 to train and develop Emirati commercial pilots. Their promotion to captain reflects years of training, operational experience and progression through the airline’s ranks. Hanan Mohammed Jawad joined Emirates in 2008 through the cadet pilot programme, pursuing what she described as a lifelong ambition to become a pilot. Emirates said she advanced steadily through the airline with the support of mentors and fleet management teams, ultimately accumulating 9,253 flight hours during her career. Reflecting on her achievement, Hanan said: “When I was 14, I saw the UAE’s first female pilot on TV and was struck by her confidence and presence. From that point on, all I wanted was to become a pilot.” Speaking about receiving her captain’s stripes, she added: “Receiving my fourth stripe is a proud milestone, but I don’t see it as the destination. This is just the beginning, I don’t believe the sky is the limit. The path to command is built over time, and my years as a First Officer prepared me for this moment.” Hanan also spoke about her personal development throughout her aviation career. “You change as you grow, and that’s a strength,” she said. “When I was younger, I loved drawing and reading. Today, I challenge myself in new ways. I’ve recently started skiing and I’m still a beginner, I enjoy being in that learning space. Balance matters to me now. I’ve moved from intense gym training to practices that build focus and calm yoga, aerial yoga, Pilates and reformer. They support the clarity, discipline and presence my role demands.” Bakhita Al Mheiri joined Emirates as a cadet pilot in 2011. Inspired by Emirati women who had already entered the profession, she pursued a career in aviation and progressed through successive milestones before earning command on the Boeing 777 fleet. Discussing the role mentorship played in her career, Bakhita said: “My journey at Emirates has been deeply influenced by the mentorship and guidance I received from exceptional training captains and leaders throughout my flying and command journey.” She added that their professionalism and willingness to share knowledge strengthened both her technical and leadership capabilities while teaching “the value of responsibility, discipline, and continuous learning.” Bakhita also emphasized the importance of supporting future generations of aviators. “One of the most meaningful lessons I gained throughout this journey was the importance of passing knowledge and experience forward,” she said. “With the opportunity and responsibility I have been given as a captain, I hope to carry forward the same values and mentorship that were invested in me, and to support and guide the younger generations beginning their own flying journey, so they too can continue contributing to the future and success of the UAE.” Both captains officially received their fourth stripes in 2026 and now operate Emirates’ Boeing 777 fleet. According to the airline, their achievement represents a landmark moment for Emirati women pursuing careers in commercial aviation. In a joint message to aspiring female aviators, the two captains said: “Our leadership has long recognised women as essential partners in shaping our nation's future, and Emirates is creating the environment and opportunities for women to thrive, and we will continue to build on this for future generations.” Capt Hassan Alhammadi, Emirates’ Divisional Senior Vice President Flight Operations, said the appointments demonstrate the airline’s long-term commitment to developing UAE nationals. “At Emirates, we have always committed to developing our UAE Nationals as part of the professional workforce,” Alhammadi said. “The cadet pilot programme remains vital in providing a path to young men and women to pursue professions as commercial pilots at Emirates, supporting our future pilot requirements.” He added: “We are immensely proud of Hanan and Bakhita for becoming Emirates’ first Emirati female captains, a well-deserved achievement that reflects years of dedication, professionalism, and hard work, and underscores the airline’s ability to nurture Emirati talent from entry level through to the highest leadership roles.” The National Cadet Pilot Programme, established in 1993, has produced generations of Emirati pilots who have gone on to become captains, training pilots and aviation leaders both within Emirates and across the UAE aviation industry. The programme combines academic instruction, flight training, advanced technology and safety-focused operational experience through the Emirates Flight Training Academy and the airline’s new pilot training centre. The promotion of Hanan Mohammed Jawad and Bakhita Al Mheiri comes as Emirates continues to expand opportunities for women in aviation while strengthening its Emiratisation strategy through structured career development, leadership programmes and long-term professional growth initiatives. Their elevation to captain not only marks a historic first for Emirates but also provides a powerful example for future generations of Emirati women considering careers in the flight deck.

Emirates Celebrates Historic First As Two Emirati Women Become Airline Captains

June 5, 2026

Frankfurt, Germany: A Lufthansa Boeing 787-9 Dreamliner suffered a nose landing gear collapse while parked at a gate at Frankfurt Airport on June 4, 2026, injuring several crew members and ground staff and forcing the cancellation of a scheduled flight to Los Angeles. The aircraft involved was Lufthansa flight LH450 from Frankfurt to Los Angeles, operated by Boeing 787-9 Dreamliner D-ABPQ, named "Herne." The incident occurred at approximately 12:45 p.m. local time while the aircraft was being prepared for departure and was still connected to the passenger boarding bridge. According to Lufthansa, passengers had not yet boarded the aircraft when the collapse occurred. However, crew members and ground personnel were onboard carrying out pre-departure preparations. Several employees sustained injuries and received medical treatment. The airline has not disclosed the exact number of injured personnel or the severity of their injuries. Video footage captured by airport cameras and widely circulated on social media shows the aircraft's nose suddenly dropping to the ground as the forward landing gear unexpectedly folded. Emergency vehicles responded quickly and surrounded the aircraft shortly after the incident. Images from the scene indicate substantial damage to the nose section of the Dreamliner. The aircraft came to rest with its forward fuselage on the apron after the nose landing gear collapsed. The impact reportedly damaged the nose gear bay doors and surrounding structural components. Some reports also suggested that parts of the aircraft's lower fuselage and associated structures may have contacted the ground during the collapse. The Boeing 787-9 involved is one of Lufthansa's newest long-haul aircraft. Flight-tracking data shows the aircraft was delivered to Lufthansa in January 2025 and entered commercial service in February 2025. Since entering service, it had completed approximately 137 flights before the incident. Lufthansa confirmed that an investigation has been launched in coordination with the relevant authorities. Boeing stated that it is aware of the event and is supporting the airline during the investigation. At present, investigators have not determined the cause of the collapse. Aviation experts note that a nose landing gear failure while an aircraft is stationary at a gate is extremely uncommon. The investigation is expected to focus on maintenance records, landing gear system components, hydraulic systems, and any maintenance procedures that may have been conducted before departure. Lufthansa aircraft appear to show the nose gear folding forward rather than collapsing under landing loads, leading to a possibility that an unintended gear retraction event could have occurred. Nevertheless, investigators have not confirmed any such scenario, and the exact sequence of events remains under examination. The scheduled Los Angeles service was cancelled as investigators began examining the aircraft and gathering evidence to determine what caused the unexpected failure. Lufthansa said it is continuing to work with authorities to establish the exact circumstances surrounding the incident.

Lufthansa Suffers Nose Gear Collapse At Frankfurt Airport, Several Employees Injured

June 5, 2026

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