FG Plans Aircraft Leasing Company to Support Local Airlines

Airbus Secures Largest Aircraft Order of the Year Major Deal with VietJet Air Airbus, the French aerospace manufacturer, has secured its largest aircraft order of the year, finalizing a deal for 100 aircraft with Vietnamese carrier VietJet Air. The agreement, concluded on October 10, follows a memorandum of understanding signed at the Paris Air Show in June. This substantial order represents a significant milestone for Airbus amid intensifying competition in the global aviation market. October Orders and Deliveries Beyond the VietJet Air contract, Airbus received additional orders for 12 aircraft in October, bringing the total number of orders for the month to 112. During the same period, the company delivered 78 aircraft to 36 customers, increasing its total deliveries for the year to 585 aircraft across 85 destinations. Airbus now faces the challenge of delivering 235 more aircraft in the remaining two months of the year to meet its 2025 target of 820 deliveries. Production Challenges and Industry Dynamics This ambitious production ramp-up is part of Airbus’s efforts to restore output levels to those seen before the COVID-19 pandemic, which severely disrupted the global aviation supply chain. In 2019, Airbus delivered 863 aircraft, compared to 766 expected in 2024, underscoring the ongoing recovery process. The aerospace sector is undergoing significant shifts as new competitors emerge. India’s Hindustan Aeronautics Ltd (HAL), in collaboration with Russia, is advancing the production of SJ-100 jets, posing a potential challenge to established manufacturers such as Airbus and Boeing. Meanwhile, China’s C919 jet, a flagship project for the country’s aviation ambitions, continues to face delays attributed to persistent US-China trade tensions, which may hinder its entry into the global market. Adding complexity to the competitive landscape, Boeing recently obtained European regulatory approval for its acquisition of Spirit AeroSystems, following the divestment of Airbus-related activities. This development is expected to influence competitive dynamics within the industry further. As Airbus accelerates production to meet its delivery targets, it must navigate not only internal operational challenges but also a rapidly evolving competitive environment marked by new entrants and shifting strategic alliances that will shape the future of the global aerospace market.

Canadore College Opens Advanced Simulation Wing to Enhance Aviation Training NORTH BAY, ON, Nov. 7, 2025 – Canadore College has inaugurated its new Advanced Training Simulation Wing at the School of Aviation, marking a pivotal advancement in aviation education and workforce development. With over five decades of leadership in aviation training, the college is reinforcing its commitment to excellence by integrating state-of-the-art simulation technologies aimed at equipping students for the dynamic demands of the aviation industry. Cutting-Edge Technology and Industry Relevance The newly established wing is equipped with sophisticated maintenance training devices that combine simulation, virtual reality, animation, and specialized software. George Burton, President and CEO of Canadore College, emphasized that these technologies create a safe and immersive learning environment, enabling students to gain practical experience in aircraft systems and troubleshooting. Beyond aviation, these simulation labs are designed to support other sectors seeking advanced training solutions. This development arrives amid a critical shortage of skilled aviation technicians. Industry investments, such as Textron Aviation’s $40 million Career and Learning Center, highlight the pressing need for qualified personnel. Canadore’s simulation wing aims to bridge the gap between theoretical instruction and practical application, ensuring graduates are prepared to meet workforce demands effectively. Lianne Girard, Chair of the School of Aviation and Aerospace Technology, described the new simulation technology as a significant leap forward in training future aircraft maintenance and flight professionals. By immersing students in realistic scenarios within a controlled environment, the program enhances the transition from classroom learning to hands-on experience in operational settings. Strategic Positioning and Collaborative Support The launch of the Advanced Training Simulation Wing positions Canadore College competitively within a rapidly evolving educational landscape. Similar initiatives, such as the partnership between TRU Simulation and US Aviation Academy to deploy virtual reality simulators, reflect a broader industry trend toward immersive and simulation-based training. Canadore’s investment in innovative resources is expected to attract top-tier students and foster stronger industry partnerships. Brad Gavan, Director of Corporate, Community and Alumni Partnership, acknowledged that the realization of this project was made possible through the collective support of partners, donors, and funding agencies. He specifically recognized the contributions of the Canadore Foundation, FedNor, and the Northern Ontario Heritage Fund Corporation (NOHFC) for their ongoing commitment to the college’s infrastructure and technological advancement. Canadore College offers more than 80 full-time programs and serves a diverse student body drawn from nearly 400 Canadian communities and 25 countries worldwide. With an annual graduation rate of approximately 1,000 students, the institution boasts a global alumni network of 70,000. The college, along with its students and alumni, contributes an estimated $402.5 million annually to the Nipissing Parry Sound region’s economy. Given that less than half of its funding is provided by the provincial government, Canadore relies heavily on innovation, entrepreneurship, and donor support to fulfill its educational mission. The Advanced Training Simulation Wing is anticipated to expand training capacity, bolster workforce development, and solidify Canadore College’s status as a leader in aviation education amid an increasingly competitive and fast-changing industry.

Boeing Commences $1 Billion Expansion to Increase 787 Dreamliner Production in South Carolina Significant Investment to Meet Growing Demand Boeing has initiated a $1 billion expansion of its 787 Dreamliner production facilities in North Charleston, South Carolina, with the objective of increasing output to 10 aircraft per month by 2026. This substantial investment, announced in late 2024, is a direct response to rising global demand for fuel-efficient widebody jets. The project is expected to generate over 1,000 new jobs in the region, reinforcing Boeing’s commitment to American manufacturing and the local economy. The expansion encompasses two sites near Charleston International Airport and includes the construction of a new final assembly building designed to mirror the existing 1.2 million-square-foot facility. Alongside this, upgrades will be made to assembly, painting, and interiors production processes, particularly enhancing the Interiors Responsibility Center, where many 787 cabin components are produced. The development is being overseen by a joint venture between HITT Contracting and BE&K Building Group, involving more than 2,500 workers and over 6.2 million labor hours. Strategic Importance of the North Charleston Campus Since 2009, Boeing’s North Charleston campus has been integral to the 787 program, currently employing over 8,200 personnel across its South Carolina operations. The site manages the entire production cycle—from fabrication and assembly to delivery—serving a diverse global customer base. The 787 Dreamliner family, which includes the 787-8, 787-9, and 787-10 variants, has amassed more than 2,250 orders from 90 airlines worldwide, with Boeing maintaining a backlog nearing 1,000 aircraft. Industry leaders and government officials have lauded the expansion as a major boost for both American manufacturing and South Carolina’s economy. Stephanie Pope, president and CEO of Boeing Commercial Airplanes, underscored the company’s dedication to fulfilling customer demand while supporting domestic manufacturing capabilities. South Carolina Governor Henry McMaster described the expansion as a strong endorsement of the state’s workforce and business environment. U.S. Senators Lindsey Graham and Tim Scott also highlighted the long-term job creation and economic benefits anticipated from the project. Market Outlook and Industry Challenges The expansion aligns with Boeing’s Commercial Market Outlook, which forecasts demand for over 7,800 new widebody aircraft globally over the next two decades. The market has reacted favorably, with Boeing’s stock rising following the Federal Aviation Administration’s approval to increase 737 MAX production and a series of significant new orders. Nevertheless, Boeing faces challenges in scaling production capacity, maintaining supply chain stability, and upholding stringent quality control measures to ensure safety standards. Competition within the widebody aircraft market is intensifying, with Airbus poised to increase its production to meet growing demand. Additionally, emerging opportunities such as conversion programs—including the Kansas Modification Center’s plans to develop a Boeing 787 freighter—are expected to influence the cargo aircraft segment. Boeing’s expansion in South Carolina reflects the company’s broader strategy to solidify its position in the global aviation market while navigating evolving industry dynamics and maintaining a strong focus on safety and quality.

ASAPP’s GenerativeAgent: Transforming Airline Customer Service with AWS As global air travel recovers to pre-pandemic levels, airlines are under increasing pressure to provide immediate, personalized customer service across a diverse range of channels, including mobile applications, social media platforms, airport kiosks, and traditional call centers. Addressing these demands while managing operational costs requires more than incremental enhancements; it necessitates a fundamental reimagining of the customer experience through the integration of artificial intelligence and cloud technologies. ASAPP, an AWS Advanced Partner established in 2014, is leading this transformation with its GenerativeAgent platform. This AI-driven solution automates routine tasks, supports customer service representatives, and enriches customer interactions, all while ensuring enterprise-grade performance and security. Built on AWS infrastructure, GenerativeAgent combines Amazon Bedrock with Claude Sonnet and Claude Haiku foundation models, and integrates seamlessly with services such as Amazon Connect. This architecture enables intelligent conversation management, smooth human-AI collaboration, and comprehensive enterprise integration. The Evolution and Challenges of Airline Customer Service Traditional airline customer service centers, which rely heavily on manual call routing and scripted responses, are increasingly inadequate for meeting contemporary customer expectations. These legacy systems, often characterized by basic interactive voice response (IVR) menus, queue-based call distribution, and fragmented customer relationship management (CRM) databases, struggle to handle the complexity inherent in modern airline operations. Customer service representatives frequently must navigate multiple platforms—including Passenger Service Systems (PSS), Global Distribution Systems (GDS), Departure Control Systems (DCS), and Revenue Management Systems (RMS)—to resolve even straightforward inquiries. Early self-service technologies, such as rule-based chatbots and IVR systems, operate within rigid decision trees and offer fixed responses. While capable of providing basic information like flight status updates, these solutions fall short when addressing more complex scenarios, such as multi-carrier rebooking or refund processing. Industry analyses indicate that these limitations contribute to low containment rates, elevated operational costs, and heightened customer dissatisfaction. AI-Driven Transformation—and Its Risks Research cited by Forbes demonstrates that companies excelling in customer experience can achieve revenue increases of 4 to 8 percent above industry peers, reduce service costs by 15 to 20 percent, and generate up to five times more revenue. ASAPP’s GenerativeAgent seeks to enable airlines to capture these advantages by integrating sophisticated generative AI with existing AWS-powered systems, thereby enhancing service capabilities without necessitating the abandonment of prior technology investments. Nonetheless, the dependence on AWS infrastructure introduces potential vulnerabilities. In October 2025, AWS encountered significant operational disruptions that caused widespread service outages. Such incidents have raised concerns among airlines and their customers regarding the resilience of cloud-dependent solutions. This has fostered market skepticism, with some customers hesitant to adopt platforms reliant on a single cloud provider’s stability. In response, competitors may intensify efforts to advance their own customer service technologies or explore alternative cloud services to mitigate similar risks. Looking Ahead As airlines confront the complexities of modern customer service, platforms like ASAPP’s GenerativeAgent—powered by cutting-edge AI and cloud integration—present a promising avenue for innovation. However, the industry must carefully balance the potential benefits of technological advancement with the realities of operational risk, ensuring that improvements in service do not compromise reliability or customer trust.

Air Transport Growth Spurs Innovation and Challenges in Aviation Recruitment The global aviation industry is undergoing a significant expansion driven by increasing passenger demand, rapid technological progress, and sustained investment. As airlines, airports, and maintenance organizations extend their operations across various regions, the competition to attract and retain skilled professionals has intensified. This surge in demand has highlighted a persistent shortage of qualified personnel, posing challenges to the sector’s operational capacity. Workforce Demands and Skills Shortages Industry data underscores the magnitude of these challenges. The Air Transport Action Group reports that aviation supports over 86.5 million jobs worldwide, including 11.6 million direct roles spanning airlines, airports, maintenance, and aerospace manufacturing. In the United States, airline employment reached over 1,008,000 workers by mid-2024, marking the highest level in more than twenty years. Projections from the U.S. Bureau of Labor Statistics indicate continued growth, with air transportation roles expected to increase by 7% through 2033, avionics technicians by 8%, and aerospace engineers by 9%. Despite this positive trajectory, acute skills shortages persist. A 2024 Federal Aviation Administration report revealed a deficit exceeding 3,800 air traffic controllers, while pilot shortages are anticipated to reach 34,000 within the year. These gaps threaten operational reliability, safety oversight, and service quality. Delays in filling critical positions such as technicians, dispatchers, and safety officers risk causing schedule disruptions and regulatory complications. Industry Shifts and Recruitment Innovations Beyond workforce shortages, broader industry dynamics are reshaping recruitment priorities. The urgent imperative for decarbonization and ongoing geopolitical uncertainties are influencing hiring strategies and talent management. These issues are central topics at major industry forums, including the World Aviation Festival 2025 in Lisbon, where over 4,500 global leaders are convening to address the sector’s pressing challenges. In response, aviation companies are increasingly adopting scalable, technology-driven recruitment solutions. Artificial intelligence (AI) plays a growing role in screening large volumes of applications, enabling the ranking of candidates based on licenses, certifications, and compliance requirements. Automated systems facilitate the matching of type-rated pilots or licensed engineers to specific aircraft models, while predictive analytics assist in forecasting labor shortages and emerging training needs. Data-driven forecasting allows organizations to anticipate staffing demands linked to fleet expansions, contract awards, or seasonal fluctuations. To attract younger talent and maintain competitiveness, some organizations are integrating generative AI and augmented reality into their recruitment processes. Klaus-Peter Leinauer of HAECO highlights these technologies as key tools in modern talent acquisition. Additionally, companies are expanding their talent pools and operational reach through bilateral agreements, such as those between Airlink and Air Austral. Enhancing Recruitment Efficiency and Performance Modern recruitment platforms now incorporate AI-based screening tailored by role and region, advanced analytics dashboards for monitoring cost-per-hire and time-to-fill, and global applicant tracking systems that ensure multilingual and multi-jurisdictional compliance. Secure document management systems maintain training and certification records, while integration with existing human resources and flight operations systems enhances overall recruitment precision and efficiency. These technologies support consistent compliance and quality control across diverse regions. Performance measurement remains a critical component of recruitment strategy. For specialized aviation roles, average time-to-fill often exceeds 60 days; however, automation can reduce this timeframe by up to 30%. Similarly, cost-per-hire may decrease by as much as 50% when repetitive administrative tasks are automated. Other important metrics include candidate retention rates, audit readiness through digital certification tracking, and candidate satisfaction with the hiring process. As the aviation sector continues to navigate growth, decarbonization, and geopolitical shifts, organizations that innovate in recruitment—balancing scale, quality, and adaptability—are positioned to secure a competitive advantage in an evolving global market.

Archer Shares Decline Amid Share Sale and Airport Acquisition Archer Aviation’s shares dropped 12% following the announcement of a substantial share sale and the acquisition of Hawthorne Airport in Los Angeles. The company sold 85 million shares as part of a $650 million stock offering intended to finance the $126 million airport purchase and support its broader expansion plans. This move overshadowed the company’s narrower-than-expected third-quarter loss, which, while improved, failed to assuage investor concerns. Financial Performance and Market Reaction For the third quarter, Archer reported a net loss of $129.9 million, outperforming analyst expectations of a $178.6 million loss, according to FactSet data. Despite this positive earnings surprise, the market responded negatively to the dilution caused by the share offering. The number of shares outstanding surged to approximately 660.9 million, up from 397.5 million a year earlier, significantly diluting existing shareholders’ stakes. The scale of the share sale raised questions about Archer’s financial stability and the challenges inherent in scaling its operations. Strategic Acquisition and Industry Context The acquisition of Hawthorne Airport represents a strategic effort by Archer to establish a critical hub for its air taxi services in the Los Angeles area. This development aligns with the company’s recent designation as the official air taxi provider for the 2028 Los Angeles Olympics, highlighting its ambitions within the emerging urban air mobility sector. Nevertheless, the broader market reaction reflects investor caution toward the electric air taxi industry. Archer’s stock decline parallels similar setbacks experienced by competitors such as Joby Aviation, which recently announced a $514 million discounted share sale. These developments underscore the difficult funding environment confronting companies striving to commercialize electric vertical takeoff and landing (eVTOL) aircraft. Interest in electric aircraft manufacturers has intensified as several firms approach regulatory certification milestones. Beta Technologies, another key player, recently went public on the New York Stock Exchange, signaling growing activity in the sector. However, the recent share sales and corresponding stock price declines indicate persistent investor wariness regarding the substantial capital demands and operational risks associated with bringing electric air taxis to market.

China Develops Mach 4 ‘ACE’ Turbojet Engine with Record Performance Breakthrough in Adaptive Cycle Engine Technology China has announced a significant advancement in jet engine technology with the unveiling of a prototype adaptive cycle engine (ACE) capable of achieving speeds up to Mach 4. This new engine demonstrates remarkable improvements in thrust, fuel efficiency, and operational range, marking a milestone in aerospace propulsion. The development was presented at the Chinese Society of Engineering Thermophysics annual conference in Beijing by Xu Gang, deputy director of the Institute of Engineering Thermophysics at the Chinese Academy of Sciences, who shared the results of recent ground and altitude testing. The ACE engine incorporates innovative “bypass combustion and inter-stage mixing variable-mode engine” technology, which represents a substantial evolution beyond conventional turbine designs. This approach effectively mitigates the significant thrust loss that traditional engines experience at high altitudes and supersonic speeds, enabling sustained high-speed cruise capabilities. Furthermore, the engine is engineered to function as the high-speed turbine component within combined-cycle propulsion systems, addressing the persistent “thrust trap” issue that has historically constrained such systems’ performance. Distinctive Design and Strategic Implications China’s ACE engine distinguishes itself from its American counterparts through a unique three-stream architecture, diverging from the dual-bypass designs favored by U.S. manufacturers. This novel configuration enhances the engine’s versatility and efficiency, positioning China as a serious competitor in the development of next-generation fighter aircraft and future supersonic commercial transports. The announcement comes amid a complex geopolitical and economic backdrop. Ongoing trade tensions between the United States and China have already affected China’s broader aviation sector, notably causing delays in the delivery of the domestically produced C919 jetliner, which competes directly with Boeing’s 737 and Airbus’s A320. These setbacks have contributed to market uncertainty, despite robust financial performances from leading technology firms such as Palantir. Meanwhile, the global aerospace market is witnessing intensified competition. Airbus has increased production of its A320 single-aisle jets in China, while India’s Hindustan Aeronautics Limited has entered a partnership with Russia to manufacture SJ-100 aircraft, introducing new challenges for established players like Boeing and Airbus. China’s progress with the ACE turbojet engine represents a pivotal advancement in propulsion technology. Should the engine be successfully integrated into future aircraft, it has the potential to alter the competitive dynamics of both military and commercial aviation, further intensifying the global race for aerospace dominance.

Airbus Reports Strong Commercial Performance in October 2025 Airbus announced a significant surge in commercial activity for October 2025, securing 112 new aircraft orders and delivering 78 jets to 36 customers worldwide. The deliveries comprised a diverse mix of models, including four A220-300s, two A319neos, 25 A320neos, 37 A321neos, three A330-900s, five A350-900s, and two A350-1000s. This broad distribution underscores Airbus’s continued ability to meet varied customer demands across its product range. The bulk of new orders were concentrated on the A321neo, with VietJet Air placing a substantial order for 100 of the 106 units recorded. Two additional undisclosed customers contributed six more A321neo orders. Furthermore, three other undisclosed clients ordered four A320neos, while MNG Airlines Cargo expanded its fleet with two A350F freighters. These transactions highlight the sustained interest in Airbus’s fuel-efficient narrow-body and freighter aircraft. Market Position and Industry Implications Year-to-date, Airbus has delivered 585 aircraft to 85 customers, yet the company faces the challenge of meeting its ambitious year-end target of 820 deliveries. To achieve this, Airbus must deliver 235 aircraft in the remaining two months of 2025, a demanding pace that will test its production capabilities. Market analysts emphasize that the A320 family continues to outpace Boeing’s 737 as the most frequently delivered commercial jet. This trend reflects airlines’ increasing preference for fuel-efficient and cost-effective models amid rising fuel prices and growing passenger demand. Airbus’s strong performance has reinforced its position in the European aviation sector, where it now commands a 41% market share. In response to Airbus’s momentum, competitors such as Boeing are under mounting pressure to resolve ongoing manufacturing challenges and regain lost market share. Meanwhile, Airbus projects sustained growth in the global freighter fleet, anticipating a 45% expansion by 2040 driven by long-term increases in global trade. As the year concludes, Airbus’s ability to maintain its delivery momentum will be closely monitored by industry observers, with the company’s performance serving as a key indicator of broader trends within the commercial aviation market.

Global Aerospace Accumulator Market Projected to Reach $3.8 Billion by 2035 The global aerospace accumulator market is anticipated to experience steady growth, expanding from an estimated $3.2 billion in 2025 to $3.8 billion by 2035. This growth, representing a compound annual growth rate (CAGR) of 1.9%, is driven by significant advancements in hydraulic system design, the adoption of lightweight materials, and the integration of artificial intelligence (AI) for enhanced monitoring. These technological developments are reshaping the aerospace sector, underscoring the increasing importance of accumulators in modern aircraft. Aerospace accumulators are essential components that ensure pressure stability, energy efficiency, and safety within hydraulic and fuel systems. As the industry moves toward more fuel-efficient, sustainable, and intelligent aircraft, the demand for reliable accumulators is rising across both commercial and defense aviation sectors. Innovation as a Catalyst for Market Expansion Over the next decade, the demand for aerospace accumulators is expected to grow substantially as next-generation aircraft incorporate smart hydraulic systems, predictive maintenance capabilities, and environmentally friendly materials. Original equipment manufacturers (OEMs) are focusing on accumulators that combine lightweight construction with enhanced durability and rapid energy release, which are critical for systems such as landing gear, braking, and flight control. The emergence of electric and hybrid aircraft, alongside expanding space exploration initiatives, further amplifies market potential. Leading companies including Parker Hannifin, Eaton, HYDAC, Triumph Group, and Collins Aerospace are investing heavily in AI-integrated accumulators, composite materials, and real-time monitoring technologies to improve safety and operational efficiency. Regional Market Dynamics North America continues to dominate the aerospace accumulator market, supported by a strong aviation and defense industry, substantial research and development investments, and leadership from U.S.-based manufacturers. The United States is projected to grow at a 2.1% CAGR, driven by modernization programs, defense contracts, and the production of next-generation aircraft. Europe, with Germany, France, and the United Kingdom at the forefront, is advancing through initiatives focused on carbon-neutral aviation and the development of lightweight materials. European manufacturers are increasingly integrating Internet of Things (IoT)-enabled predictive maintenance systems with accumulators to meet sustainability and performance objectives. The region is expected to maintain a 1.9% CAGR through 2035. The Asia-Pacific (APAC) region is poised for the highest growth, fueled by expanding commercial aviation fleets, increased defense expenditures, and the growth of aerospace manufacturing capabilities in countries such as China, Japan, India, and South Korea. Japan and South Korea are notable for their advancements in precision hydraulic accumulators and smart energy storage technologies, with projected CAGRs of 2.0% and 2.2%, respectively. In the Middle East and Africa, Saudi Arabia and the United Arab Emirates are contributing to market growth through investments in aerospace localization and space infrastructure development. Competitive Landscape and Emerging Challenges Bladder and piston accumulators currently dominate the aerospace accumulator market due to their proven reliability and performance. However, the sector faces potential challenges from technological progress in adjacent industries. For example, the Agricultural Sprayers Market, expected to exceed $6.18 billion by 2035, may divert investment and innovation away from aerospace applications. Additionally, rising competition from emerging players in the OEM Insulation Market, projected to reach $25.3 billion by 2035, could encourage aerospace companies to explore alternative energy efficiency solutions. In response to these challenges, industry leaders may pursue strategic alliances or acquisitions, particularly in high-growth sectors such as the Alunite Market, which is forecasted to reach $302.2 billion by 2035. Such moves would aim to enhance technological capabilities and protect market share. As the aerospace industry continues to evolve, accumulators will remain integral to achieving the performance, safety, and sustainability targets of next-generation aircraft.

DGCA Updates Regulations on Wet and Damp Leasing of Aircraft India’s Directorate General of Civil Aviation (DGCA) has revised its regulatory framework governing wet and damp leasing of aircraft by domestic airlines. These updated norms seek to balance operational flexibility with enhanced safety compliance, reflecting the regulator’s commitment to overseeing leasing practices amid a growing commercial aviation sector where the majority of over 800 aircraft are leased. Revised Leasing Norms and Operational Flexibility Wet leasing involves the lessor providing the aircraft along with crew, maintenance, and insurance, whereas damp leasing includes the aircraft and partial crew support, with the lessee supplying the remaining personnel. Under the new regulations, scheduled Indian airlines may now obtain DGCA approval to induct foreign-registered aircraft on a wet or damp lease basis during emergent operational situations, such as unexpected aircraft groundings or urgent maintenance requirements. Notably, leases related to government operations, including Haj flights, remain exempt from these updated restrictions. The revised Civil Aviation Requirement (CAR) also empowers the DGCA to grant a one-time relaxation of the minimum ‘Effective Implementation’ (EI) score required for wet or damp leases, valid for up to six months. This concession is strictly limited to exigent circumstances and mandates that the aircraft be inducted within 45 days of receiving in-principle approval. Further relaxations will not be considered until 12 months after the conclusion of the previous relaxation period. Additional provisions specify age limits for leased aircraft: passenger aircraft must be under 20 years old, while cargo aircraft may be up to 25 years old. The DGCA emphasized that operational control remains with the lessor under wet and damp lease arrangements, and all flight operations must adhere to the operational specifications of the ‘State of the Operator’. The lessor is also responsible for ensuring continuing airworthiness, which must be maintained through a maintenance, repair, and overhaul (MRO) facility approved by the ‘State of Registry’. Industry Implications and Market Response Industry experts suggest that while the updated framework offers Indian carriers greater operational flexibility, it also introduces new challenges. Airlines may encounter increased regulatory scrutiny and higher operational costs due to more stringent compliance requirements. Concerns have also been raised by pilots and maintenance personnel regarding safety standards and working conditions under these leasing arrangements. Market reactions are already taking shape, with airlines expected to recalibrate their leasing strategies to comply with the new regulations. This adjustment could prompt shifts in partnerships and operational models as carriers evaluate the trade-offs between leasing benefits and compliance demands. Competitors may respond by modifying their practices or exploring alternative fleet management approaches, such as expanding direct aircraft ownership or adopting different leasing structures. The recent example of Cebu Pacific’s damp lease of Airbus A320s from Bulgaria Air highlights the continued reliance on such arrangements despite evolving regulatory landscapes. The DGCA’s amendments, effective immediately, underscore a broader trend toward tightening oversight in India’s rapidly expanding aviation sector, aiming to uphold both operational efficiency and the highest safety standards. *Published on November 7, 2025*