Spirit Airlines Vice President of Network Planning John Kirby Retires After 40 Years

Iranian Technicians Achieve First Domestic Overhaul of BK 117 Helicopter Engine Iranian technicians have completed the first-ever full overhaul of the BK 117 helicopter engine within the country, marking a significant advancement for Iran’s aviation sector amid ongoing international sanctions. The accomplishment was announced by Hossein Pourfarzaneh, Iran’s civil aviation chief, who emphasized that this milestone reflects years of dedicated and complex work by local experts. Overcoming Sanctions Through Domestic Expertise The decision to pursue domestic overhaul capabilities arose after foreign manufacturers, located in countries enforcing sanctions, declined to cooperate and even confiscated engines sent abroad for maintenance. Pourfarzaneh underscored the strategic importance of developing local repair and manufacturing capacities, noting that engines constitute a major portion of an aircraft’s value and that such capabilities are vital to sustaining the national aviation economy. The BK 117, a medium-sized, twin-engine helicopter produced jointly by Kawasaki Heavy Industries and Airbus Helicopters, is widely utilized for emergency services. The overhaul was conducted by MAPNA, an Iranian engineering firm recognized for its work on advanced technological projects. Iranian technicians faced significant challenges, particularly in sourcing parts and technologies restricted by sanctions. These obstacles compelled engineers to devise innovative solutions and rely heavily on domestic manufacturing, demonstrating both technical resilience and Iran’s commitment to maintaining and expanding its aviation fleet despite external pressures. Broader Implications for Iran’s Aviation Sector This development occurs amid cautious market reactions, with some investors expressing concern that Iran’s increasing self-sufficiency in aviation maintenance could disrupt global supply chains further. Additionally, international regulators and competitors may respond with heightened scrutiny of Iranian aviation capabilities, potentially resulting in stricter regulations or expanded embargoes on Iranian aviation products. Despite these challenges, Iran has sustained its aviation operations and even extended maintenance services to foreign carriers. Notably, last year Russia’s largest airline, Aeroflot, reportedly sent a Western-made jet to Iran for repairs. Furthermore, in late 2024, Iranian authorities announced that domestic experts had mastered the technology to manufacture spare parts for Boeing and Airbus jet engines. As Iran continues to navigate the complexities imposed by international sanctions, the successful overhaul of the BK 117 engine highlights the technical proficiency of its engineers and underscores the broader economic and geopolitical ramifications for the region’s aviation industry.

Canada’s Flightpath Begins Operations with Dassault Aviation Introduction of the Falcon 7X to Flightpath’s Fleet Flightpath Charter Airways, based in Kitchener, Ontario, has officially commenced operations with Dassault Aviation by adding a Falcon 7X to its managed and charter fleet. The company announced this development via a LinkedIn post, expressing enthusiasm about the addition of the 15-year-old trijet, registered as C-GOFJ (msn 61), which is configured to accommodate up to 12 passengers. The Falcon 7X began operating under Flightpath’s ‘KNT’ code on July 20, with its inaugural flight connecting Calgary and Scottsdale. Previously, this particular Falcon 7X was operated exclusively by Sunwest Aviation, also based in Calgary, which flew the aircraft for the last time on June 30 under its ‘CNK’ code on a route from Vancouver International Airport to Calgary. Sunwest Aviation, having recently acquired Jet-Share Aviation, continues to maintain a diverse fleet that includes Learjet, Challenger, Citation, Gulfstream, DHC-8, King Air, Beech 1900D, and Piper aircraft for private operations. Fleet Composition and Market Position The integration of the Falcon 7X expands Flightpath’s fleet to a total of 19 aircraft. This diverse lineup includes models such as the Learjet 45XR, Learjet 60XR, Learjet 70 (currently parked at Montréal Trudeau), Learjet 75 Liberty, Challenger 650 (not available for charter), Global 6000, Global 7500, Citation Jet 3, Phenom 100, two Phenom 300s, two Phenom 300Es, Praetor 600, G150 (added in May but not available for commercial operations), G200, and two PC-12s. Within Canada, only three other operators hold CAR 703 and CAR 704 certifications to operate the Falcon 7X commercially: Execaire Aviation, which operates two Falcon 7X jets, Anderson Air, and Skyservice Business Aviation, each with one Falcon 7X. Additionally, four Falcon 7X jets are registered for private use, while a single Falcon 8X—the upgraded variant—is not available for charter. Competitive Landscape and Industry Dynamics Flightpath’s expansion occurs amid intensifying competition in the private aviation sector. Major competitors such as Flexjet, which recently secured $800 million in funding for growth, and KlasJet, which is expanding its operations into Asia, are reshaping the market. This competitive environment is driving increased demand for larger aircraft and bespoke luxury travel experiences, while also influencing potential changes in terminal infrastructure requirements. Other market players are responding with strategic initiatives, including Elevate Jet’s recent certification to operate VIP airliners and Falcon Luxe’s growth within the UAE charter fleet. Broader industry factors, such as ongoing labor negotiations at Air Canada, may also have indirect effects on the private aviation sector, potentially impacting staffing levels and operational flexibility. Future Developments and Strategic Outlook Looking ahead, Flightpath’s sister company, Flightpath Aviation USA, is poised to become the exclusive tenant of a new 30,000-square-foot hangar currently under construction at Boca Raton. This facility, part of the Atlantic Aviation FBO complex and scheduled for completion in October, will cater to U.S.-based clients, with South Florida identified as a key market for business aviation. As Flightpath consolidates its position with the addition of the Falcon 7X, the company navigates a rapidly evolving private aviation market marked by both emerging opportunities and significant challenges.

Powerhouse Engines Expands Leasing Portfolio with Acquisition of Two CFM56-5B Engines MIAMI, August 18, 2025 — Powerhouse Engines has announced the purchase of two CFM56-5B engines, a strategic move designed to broaden its leasing portfolio and strengthen its position as a leading global provider of aviation engine solutions. The CFM56-5B, widely recognized for powering the Airbus A320 family, continues to be highly valued for its reliability and operational efficiency. Strategic Expansion Amid Market Challenges This acquisition enhances Powerhouse Engines’ capacity to offer flexible leasing, trading, and maintenance, repair, and overhaul (MRO) services to airlines, lessors, and MRO providers worldwide. The newly acquired engines are slated for operating lease with a key customer, underscoring the company’s increasing involvement in the mid-generation engine market. The expansion occurs against a backdrop of intensifying competition and shifting market dynamics. Regional demand fluctuations and constrained engine supply are influencing acquisition strategies across the industry. Similar challenges have been reported by other players, such as APOC Aviation with its CFM56-5A engines. Competitors are actively expanding their portfolios: JetBlue has recently divested CF34 engines, BeauTech Power Systems has increased its CF34-10E6 lease pool, and AIP Capital is pursuing diversification of its engine assets. Meanwhile, Ryanair continues to invest in spare CFM56 and Leap-1B engines alongside shop upgrades, highlighting the growing urgency to secure critical aviation assets. As airlines and lessors contend with ongoing supply chain constraints, the demand for readily available, serviceable engines is rising. Leasing solutions are increasingly preferred to circumvent costly and time-intensive shop visits, particularly as global MRO demand peaks for performance restoration. The Airbus A320 CEO family continues to receive operational life extensions, further sustaining demand. Industry forecasts suggest that mid-generation engine maintenance and trading will remain robust well into the next decade. Commitment to Customer-Centric Solutions Eric Engdahl, CEO of Powerhouse Engines, emphasized the company’s dedication to meeting market needs: “The acquisition of these CFM56-5B engines reflects our commitment to providing customers with immediate access to high-quality assets and delivering the right solutions at the right time. By expanding our portfolio, we are better positioned to meet market demand, offering custom leasing solutions and MRO support in today’s dynamic aviation landscape.” This acquisition represents a new phase of growth for Powerhouse Engines, following a significant capital injection led by Inoa Capital. The company’s investment strategy focuses on expanding its engine leasing platform and MRO capabilities to deliver tailored solutions and added value amid a rapidly evolving market environment. About Powerhouse Engines Powerhouse Engines is an integrated platform specializing in the leasing, trading, and maintenance optimization of CFM56-5B and -7B commercial engines. Leveraging deep market access and in-house MRO capabilities, the company provides high-value asset performance and comprehensive solutions throughout the engine lifecycle. For further information, visit www.powerhouseengines.com.

Air Canada Flight Operations Disrupted by Cabin Crew Strike Air Canada has been forced to ground its mainline and Air Canada Rouge flights following a strike initiated by its cabin crew, represented by the Canadian Union of Public Employees (CUPE). The industrial action began on August 16, with flight attendants demanding wage increases that reflect their safety responsibilities and meet or exceed industry standards. Negotiations over pay have reached an impasse, resulting in a network-wide grounding that has persisted for three days. Despite an order from the Canada Industrial Relations Board (CIRB) declaring the strike unlawful and instructing CUPE leadership to call members back to work, the union has defied the directive. This refusal has extended the disruption, leading to the cancellation of hundreds of flights daily. The strike has affected approximately 130,000 passengers each day, with an estimated total of 500,000 impacted over the weekend. Financial Impact and Labour Relations In response to the ongoing strike and the resulting operational uncertainty, Air Canada has suspended its financial guidance for both the third quarter and the full year of 2025. The airline had previously reported a CAD418 million (USD302.7 million) operating profit for the first half of 2025, with a 7.4% operating margin. The suspension of guidance underscores the significant financial strain caused by the labour dispute. The collective bargaining agreement between Air Canada and CUPE expired on March 31, 2025. Following the strike’s onset, the CIRB mandated an extension of the agreement’s terms from April 1 until a new contract is negotiated. CUPE has criticized the government’s intervention, accusing it of siding with Air Canada to suppress the strike. Candace Rennick, CUPE’s national secretary-treasurer, condemned the government’s actions as a misuse of power, highlighting the predominantly female workforce’s struggle for fair wages and improved living conditions. The union has warned that failure to resolve the underlying issues will exacerbate tensions. While the strike has grounded Air Canada’s mainline and Rouge operations, regional flights operated by Air Canada Express through Air Canada Jazz and PAL Airlines have continued without interruption. Together, Air Canada and its subsidiaries operate a fleet of 256 aircraft. The airline has not provided a timeline for the full resumption of services but plans to gradually restore operations as cabin crew comply with the CIRB’s order to return to work.

AI Advances Transform Aviation Operations and Passenger Experience The aviation industry is experiencing a profound transformation driven not by new aircraft or routes, but by the integration of artificial intelligence (AI). Once confined to back-office functions, AI has now become central to airline and airport operations, fundamentally altering how the sector operates and engages with passengers. Operational Efficiency and Infrastructure Innovation Confronted with escalating commercial pressures—including rising fuel costs, operational bottlenecks, pilot shortages, shifting passenger expectations, and stringent sustainability requirements—aviation leaders are increasingly turning to AI as a strategic tool. When effectively deployed, AI enhances operational resilience, improves profitability, and enables the personalized services demanded by today’s travelers. A notable example is Lufthansa’s flight operations optimization platform, which synthesizes data from aircraft telemetry, crew schedules, airspace restrictions, and weather conditions to provide real-time routing and resource recommendations. Operations managers act on these AI-driven insights 90% of the time, leading to significant gains in fuel efficiency and punctuality. On the ground, AI is revolutionizing airport infrastructure. Denver International Airport has implemented biometric boarding gates to streamline passenger flow, while Singapore’s Changi Airport utilizes AI-powered debris detection systems to maintain safety and cleanliness. Hong Kong International Airport operates a fully automated baggage handling system capable of processing over 15,000 pieces of luggage per hour with exceptional accuracy. These advancements are setting new global standards for airport operations. Enhancing Passenger Experience and Workforce Transformation For passengers, AI is shifting airlines from reactive service models to proactive hospitality. American Airlines, for instance, employs AI to tailor seat upgrade offers and travel recommendations based on individual behavior and contextual data, fostering greater customer loyalty through personalized experiences. Beyond customer service, AI applications extend to operational improvements such as baggage handling and aircraft turnaround. British Airways uses RFID combined with AI to reduce baggage mishandling, while TAV Technologies applies computer vision to minimize aircraft turnaround times. Predictive maintenance tools now identify equipment issues before they cause delays, enabling more efficient planning and smoother workflows. Despite these advances, integrating AI presents significant challenges. Legacy systems and data governance issues complicate implementation, while the use of facial recognition and biometric tracking raises critical privacy and ethical concerns. The sector’s growing reliance on AI also increases vulnerability to cyber threats, as demonstrated by the recent cyber attack on Aeroflot. Market responses to AI adoption are mixed. While some express skepticism regarding the pace and effectiveness of integration—evidenced by the high abandonment rate of AI pilot projects—competitors continue to accelerate investments to maintain market leadership, accepting the associated costs and risks. Perhaps most notably, AI is reshaping the aviation workforce. In Singapore, up to 30% of aviation jobs are projected to evolve due to AI-driven megatrends, highlighting the urgent need for workforce retraining and adaptation to new roles. The aviation industry now stands at a pivotal juncture. Airlines and airports that embrace AI strategically today will define the standards of tomorrow, focusing not merely on adopting new technologies but on making informed decisions about where future value will be created, ensuring both technology and personnel are prepared for the next era of aviation.

The Impact of eVTOL Aircraft on Aviation and Urban Development Urban Air Mobility: A New Frontier in Transportation The concept of bypassing urban congestion by boarding an air taxi from a rooftop vertiport and quietly soaring above city streets is swiftly transitioning from science fiction to reality. This transformation is driven by the emergence of Urban Air Mobility (UAM) and electric vertical takeoff and landing aircraft (eVTOLs), which are moving from theoretical designs to practical implementation. Urban Air Mobility utilizes compact, electrically powered aircraft capable of vertical takeoff and landing to transport passengers and cargo within urban and regional environments. These eVTOLs combine the vertical lift capabilities of helicopters with the efficiency of fixed-wing flight, typically accommodating up to four passengers alongside a pilot. This innovation promises seamless transit across congested metropolitan areas, potentially establishing aerial highway networks that could fundamentally reshape urban transportation. Market Expansion and Leading Industry Initiatives The UAM market is experiencing rapid growth. Valued at $4.21 billion globally in 2024, forecasts suggest the sector could expand to between $14.64 billion and $49 billion by 2032, contingent on regional adoption rates and technological progress. North America currently leads in deployment, while Asia-Pacific, Europe, and the Middle East are emerging as significant markets. Key industry players are advancing efforts to operationalize UAM services. Joby Aviation has completed piloted flight tests and secured a six-year exclusive agreement to launch air taxi operations in Dubai by 2026. This initiative is supported by a partnership with Skyports and Dubai’s Roads and Transport Authority (RTA) to develop vertiport infrastructure. Joby’s acquisition of Blade Air Mobility for $125 million further extends its reach to New York, Europe, and other regions. Additionally, Joby is collaborating with L3Harris to explore defense applications for eVTOL technology. Archer Aviation is another prominent contender, actively pursuing Federal Aviation Administration (FAA) certification with plans to commence services in New York. Their projected pricing of approximately $6 per passenger per mile positions eVTOL journeys as a cost-effective alternative to helicopters and competitive with traditional taxi services. Meanwhile, companies such as Vertical Aerospace are developing hybrid-electric eVTOL models to diversify the market offerings. Regulatory and Technological Challenges Despite robust market interest and investment, widespread adoption of eVTOL aircraft faces significant regulatory and technological challenges. Aviation authorities including the FAA and the European Union Aviation Safety Agency (EASA) are in the process of establishing new regulatory frameworks to accommodate eVTOL operations. The FAA’s recent issuance of guidance represents the first new powered-lift aircraft category since the 1940s, addressing pilot certification, operational limitations, and safety standards. However, comprehensive regulations remain under development, and concerns persist regarding safety certification processes and privacy implications. Urban Benefits and Technological Advancements Urban Air Mobility holds the potential to alleviate critical challenges faced by modern cities. By introducing an aerial layer of transportation, UAM can reduce ground-level congestion and contribute to the development of sustainable, emission-free travel systems. For example, Dubai anticipates reducing travel time from the airport to Palm Jumeirah from 45 minutes by car to just 10 to 12 minutes via air taxi. Beyond passenger transport, eVTOLs offer significant advantages for emergency response and logistics by improving access to remote or traffic-congested areas. Technological innovations underpinning eVTOL capabilities include electric propulsion systems, lightweight composite materials, artificial intelligence for flight control, and rapid battery charging technologies. Concurrently, the construction of vertiports—specialized aerial terminals—is underway in strategic locations, establishing the infrastructure necessary for the next generation of urban mobility. While regulatory, safety, and privacy challenges remain to be fully addressed, the momentum behind eVTOL aircraft signals a transformative shift in both aviation and urban development.

Condor Boeing 757 Engine Catches Fire Mid-Air, Emergency Landing Made with 281 Onboard Engine Fire Forces Emergency Landing in Italy On August 16, 2025, a Condor Boeing 757 operating flight DE3665 from Corfu, Greece, to Düsseldorf, Germany, was compelled to make an emergency landing in Italy after one of its engines caught fire shortly after takeoff. The aircraft was carrying 273 passengers and eight crew members when the incident occurred. Passengers reported hearing a series of loud blasts as the plane ascended from Corfu International Airport, followed by visible flames erupting from the right engine. The flight crew, alerted by an emergency signal in the cockpit, promptly diverted the aircraft to Brindisi Airport in southern Italy, approximately 205 kilometers from Corfu. The emergency landing was successfully executed at 8:15 pm local time, with the right engine still ablaze as the plane touched down. All passengers and crew were safely evacuated without any reported injuries. Condor spokesperson Johanna Tillmann explained that the engine fire resulted from a disruption in airflow, which triggered a chemical reaction within the engine. Authorities have launched an investigation to determine the precise cause of the malfunction, examining both technical and procedural factors to prevent future occurrences. Aftermath and Industry Implications Following the emergency landing, logistical challenges arose as no replacement aircraft was immediately available. Passengers were required to spend the night in Brindisi, with a substitute plane arriving the next morning, August 17, to complete the journey to Düsseldorf. The incident has drawn increased scrutiny toward both Condor and Boeing, with market analysts noting potential impacts on consumer confidence, insurance claims, and regulatory oversight of safety protocols. This event follows a similar engine fire incident involving a Delta Airlines Boeing 767 shortly after takeoff from Los Angeles on July 18, 2025. The recurrence of such emergencies has intensified calls within the aviation industry for comprehensive investigations and possible revisions to maintenance and operational procedures. Condor operates the Corfu–Düsseldorf route once weekly, with scheduled departures every Saturday evening. Both the airline and aviation authorities continue to assess the situation, reaffirming their commitment to passenger safety and regulatory compliance as the investigation progresses.

Condor Flight Makes Emergency Landing in Italy Following Engine Fire A Condor Airlines flight en route from Corfu to Düsseldorf was compelled to execute an emergency landing in southern Italy after one of its engines caught fire mid-flight, reportedly due to a bird strike. The Boeing 757-330, carrying 273 passengers, departed Corfu International Airport at approximately 8:00 pm local time on Saturday, August 16. Shortly after takeoff, flames were observed emanating from the aircraft’s right engine. Eyewitnesses reported hearing a loud noise resembling an explosion as the plane flew over the port area at an altitude of around 1,500 feet. Videos recorded by locals and tourists captured sparks and fire shooting from the engine. One such video, shared by the aviation account FL360aero, appeared to show the aircraft passing through a flock of birds, lending credence to the theory that a bird strike precipitated the engine failure. Response and Aftermath The flight crew acted promptly, shutting down the affected engine and notifying emergency services at Corfu airport. Although initial reports suggested a possible return to Corfu, the captain decided to continue the journey on a single engine, diverting instead to Brindisi in southern Italy. The aircraft ascended to approximately 8,000 feet before altering course northwest and landing safely in Brindisi, where emergency teams were prepared to respond. All 273 passengers, predominantly German holidaymakers, were accommodated overnight in local hotels and were scheduled to resume their journey to Düsseldorf the following day. Condor Airlines issued a statement expressing regret for the disruption and reaffirmed that passenger safety remains their foremost priority. German broadcaster RTL reported that flying directly to Düsseldorf on one engine was not feasible, which influenced the decision to land in Brindisi. The incident underscores the challenges faced by the airline in maintaining passenger and crew safety, conducting a comprehensive investigation into the engine fire, and managing its public image following the emergency. Industry experts note that such events typically prompt heightened scrutiny of airline safety procedures and may lead to insurance claims. Competitors often respond by reassuring customers and highlighting their own safety standards. As investigations proceed, Condor and relevant aviation authorities are expected to thoroughly examine the circumstances surrounding the suspected bird strike and subsequent engine failure. For ongoing updates, readers are advised to consult official communications from Condor Airlines and aviation regulatory bodies.

Labor Disputes Challenge Aviation Industry’s Financial Stability The global aviation industry is confronting significant financial pressures as labor disputes and workforce shortages increasingly disrupt operations. From high-profile strikes at major airlines to escalating wage demands across airports and hospitality sectors, the industry faces mounting challenges in balancing labor costs, operational efficiency, and regulatory compliance. Labor Unrest Reveals Deep Vulnerabilities Recent labor conflicts have exposed systemic risks within the aviation sector. Air Canada’s ongoing dispute with the Canadian Union of Public Employees (CUPE) exemplifies this fragility. With 99.7% of CUPE members authorizing a strike over unpaid ground duties, Air Canada is incurring estimated daily losses of $98 million, while Canada’s tourism industry faces a potential $1.4 billion setback. The airline’s operations have also been disrupted by a flight attendant strike that continued despite a government-mandated back-to-work order, highlighting the increasing assertiveness of labor groups. This unrest is not confined to Canada. In the United States, airlines are contending with inflation-driven wage demands, while a recent minimum wage increase for hospitality and airport workers in Los Angeles has led to hiring freezes, halted renovations, and the sale of some airport-area hotels. These developments raise concerns about the sustainability of critical airport infrastructure amid rising labor costs. Broader Industry Implications and Supply Chain Challenges The repercussions of labor disputes extend well beyond individual carriers. The International Air Transport Association (IATA) now projects fewer than 1,600 aircraft deliveries in 2025, as production delays at Boeing and Airbus—exacerbated by mechanics’ strikes—compound existing supply chain difficulties. Concurrently, aging aircraft fleets and escalating maintenance expenses are driving growth in the maintenance, repair, and overhaul (MRO) sector, which is expected to expand at a compound annual growth rate of 3.3% through 2032. In India, the Directorate General of Civil Aviation (DGCA) is grappling with a shortage of technical personnel, complicating regulatory oversight and maintenance operations. These global trends underscore the risks airlines face if they fail to modernize fleets or adequately address labor grievances, potentially deepening operational disruptions and financial strain. Strategic Responses and Investor Considerations Some airlines have managed to navigate these challenges more effectively by proactively addressing labor concerns. Delta Air Lines and Alaska Airlines, for example, have adjusted wages and enhanced benefits to avoid major strikes, contributing to relative stock market resilience. Delta’s 2024 initiative to align flight attendant pay with inflation, at an estimated cost of $120 million, has supported a 7.5% year-to-date stock outperformance compared to the S&P 500. Nevertheless, these measures have limitations. Alaska Air Group reported a decline in net income for the second quarter of 2025, attributing the downturn to higher labor costs and integration difficulties following its acquisition of Hawaiian Holdings. Meanwhile, low-cost carriers such as Spirit and Frontier face existential challenges amid high debt levels and ongoing labor negotiations in an increasingly costly operating environment. Workforce Shortages and Operational Pressures Beyond strikes, the aviation sector confronts a looming global pilot shortage, projected to reach 50,000 by 2025 and 130,000 over the next two decades. This shortage, coupled with understaffed air traffic control centers and cabin crew gaps, is driving up unit costs and undermining service quality. Ryanair’s €150 million revenue loss in 2025 due to baggage handler strikes illustrates the financial and reputational risks posed by even brief labor disruptions. Airlines investing in training programs and automation, such as Southwest Airlines’ $200 million commitment to pilot academies, may secure a competitive advantage. However, as labor disputes and workforce shortages persist, the financial stability of the aviation industry remains uncertain, with investors closely monitoring which carriers can successfully adapt to this evolving landscape of labor-driven volatility.

airBaltic Reports Passenger Growth Despite July Decline July Figures Reflect Network Optimisation Impact Latvian flag carrier airBaltic experienced a slight decline in passenger numbers in July 2025, transporting 539,300 passengers across its network—a 4% decrease compared to the same month in 2024. Flight operations also saw a marginal reduction, with 4,455 flights conducted, down 0.7%, while the load factor fell by 2.4 percentage points to 86.4%. The airline attributed this modest dip to network optimisation measures implemented earlier in the year, designed to enhance operational efficiency and better align capacity with shifting demand patterns. Strong Year-to-Date Performance Amid Industry Challenges Despite the July downturn, airBaltic’s overall performance for the first seven months of 2025 remains robust. The carrier recorded a total of 2,900,900 passengers from January through July, representing a 4.6% increase over the same period in 2024. Flight activity expanded by 2.6% to 26,969 flights, while the average load factor for the seven-month period reached a record 79.5%, up 0.6 percentage points year-on-year. These figures underscore the airline’s resilience in a challenging market environment marked by geopolitical tensions and restricted access to key markets such as Russia and Ukraine. The broader European aviation sector continues to grapple with significant headwinds, including disruptions linked to crises in the Middle East, which have collectively cost airlines billions and exerted pressure on financial results. Nevertheless, airBaltic’s narrowed net loss and sustained passenger demand reflect a cautiously optimistic outlook. This sentiment is echoed by competitors like Ryanair, which have also expressed hopes for a full-year profit recovery, even as uncertainties persist. airBaltic’s ability to balance short-term fluctuations with long-term growth strategies highlights its adaptability amid ongoing industry volatility. The record-high passenger numbers and improved operational efficiency achieved in the first half of 2025 position the airline to maintain momentum through the remainder of the year.