Akasa Air to Establish First MRO Facility in Noida

TrueNoord Names Arcus as Majority Investor TrueNoord has announced that Arcus Infrastructure Partners will acquire a majority stake of approximately 74% in the regional aircraft leasing company. Founding investor Freshstream will re-invest to retain the remaining share, marking a significant milestone in TrueNoord’s growth strategy. This transaction is expected to provide the company with stable capital to support future aircraft acquisitions as it continues to expand its global leased fleet, which includes Embraer, ATR, Airbus, and De Havilland Canada jets and turboprops. Strategic Partnership and Growth Prospects Anne-Bart Tieleman, CEO of TrueNoord, welcomed Arcus as a new long-term investor, underscoring the firm’s commitment to supporting the company’s expansion within the 50–150 seat regional aircraft leasing sector. She highlighted that Arcus is investing not only in TrueNoord’s business development expertise and experienced team but also in its dynamic brand. Tieleman also expressed gratitude to Freshstream and previous investors, including BlackRock and Patria, whose foundational support over the past decade has enabled TrueNoord to establish itself as a leading specialist lessor. Michael Allen, Partner and Head of Transport at Arcus, praised TrueNoord’s accomplishments, emphasizing the company’s critical role in providing connectivity across numerous cities and nations worldwide. He noted, “Anne-Bart and team have done a phenomenal job building the TrueNoord platform over almost a decade, and the regional aircraft which they own and lease provide critical connectivity across dozens of cities and nations worldwide, powering economic and social development.” Allen expressed enthusiasm about partnering with TrueNoord for the next phase of its growth. Rayhan Davis, Managing Partner at Freshstream, reflected on TrueNoord’s remarkable growth from a fleet of just three aircraft to one of the largest pure-play regional aircraft lessors globally. He described the company’s trajectory as exceptional and aligned with Freshstream’s strategy of backing entrepreneurial businesses and their management teams. Davis welcomed Arcus’s involvement as a positive step for the company’s continued development. Market Challenges and Industry Implications While the investment signals strong confidence in TrueNoord’s growth potential, the company will continue to face structural challenges within the aviation market. Regions such as Africa present both significant opportunities and obstacles; demand for regional aircraft remains robust, yet access to leasing markets is often constrained. Successfully navigating these complexities will be essential as TrueNoord seeks to leverage its new capital and broaden its global footprint. Market analysts anticipate that Arcus’s majority investment may prompt competitors to reassess their strategies. Some industry players are expected to closely monitor TrueNoord’s expansion and adapt to the evolving dynamics within the regional aircraft leasing sector. This development is likely to reinforce TrueNoord’s market position while potentially catalyzing further shifts across the industry as rivals respond to the company’s enhanced financial backing and growth ambitions.

Lufthansa Celebrates 100 Years with New Uniforms by BOSS Lufthansa is marking its centenary with the introduction of a new uniform collection for its employees, created in partnership with the prestigious fashion house BOSS. Scheduled for rollout in the fourth quarter of 2026, the collection embodies a fusion of tradition, innovation, and sustainability—principles that have defined Lufthansa’s identity throughout its 100-year history. A Modern Take on Tradition and Sustainability The redesigned uniforms retain Lufthansa’s iconic dark blue and yellow color scheme, refreshed through the use of contemporary, eco-friendly materials and adaptable designs. The collection allows employees to mix and match pieces, enhancing comfort and flexibility while promoting resource efficiency. This initiative reflects Lufthansa’s growing commitment to sustainability, a critical focus as the aviation industry faces mounting pressure to mitigate climate change and reduce environmental impact. The development process involved comprehensive consultations with staff from various departments to ensure the uniforms meet practical workplace needs while aligning with the airline’s evolving brand image. Jens Ritter, CEO of Lufthansa Airlines, highlighted the importance of the new attire, stating, “It is our business card and stands for quality, reliability, and the unmistakable style that our passengers experience on every journey with Lufthansa.” Challenges Amidst Celebration The centennial milestone and uniform launch coincide with a turbulent period for Lufthansa. Ongoing labor strikes by pilots and flight attendants have caused significant operational disruptions, including widespread flight cancellations and delays. These challenges have strained relations between management and employees and have affected passenger perceptions. While some customers appreciate the refreshed look and renewed emphasis on employee experience, others remain frustrated by service interruptions. Market responses to the new uniforms have been mixed, mirroring broader uncertainties within the aviation sector. Lufthansa’s recent decision to reduce 20,000 flights and its continued efforts to secure sustainable aviation fuel underscore the operational and environmental pressures confronting the airline. Furthermore, the centenary celebrations have been overshadowed by fuel shortages and increasing legal challenges, casting uncertainty over Lufthansa’s future growth trajectory. Setting New Standards in Aviation Branding Despite these obstacles, the collaboration with BOSS signals Lufthansa’s ambition to redefine standards in aviation fashion and corporate identity. By prioritizing premium design and sustainability, the airline aims to boost employee morale and enhance customer engagement, reinforcing its status as a leading global carrier. As the aviation industry evolves, Lufthansa’s innovative approach to uniform design may serve as a model for how airlines worldwide integrate style, sustainability, and operational resilience into their brand strategies.

HAL Appoints New Leadership to Guide Aviation Strategy Hindustan Aeronautics Limited (HAL), India’s premier government-owned aerospace enterprise, has appointed Ravi K as its new Chairman and Managing Director, effective from Friday. He succeeds D K Sunil, who retired on April 30. Ravi brings over three decades of expertise spanning aerospace, manufacturing, and electronics. Prior to this appointment, he served as Director (Operations) at HAL, where he was instrumental in enhancing the company’s operational capabilities. Navigating a Changing Aviation Landscape Ravi’s leadership begins amid a period of significant transformation and intensified competition within the global aviation sector. Airlines and aerospace companies worldwide are contending with rising fuel costs and market uncertainties, challenges underscored recently by leadership shifts at AirAsia X and network expansions by Malaysia Airlines. Industry analysts anticipate that HAL’s strategic decisions will come under increased scrutiny as competitors recalibrate their approaches to safeguard market share in this evolving environment. Vision and Strategic Priorities In outlining his vision for HAL, Ravi emphasized the company’s ambition to emerge as a globally competitive force in aerospace and defense. Central to this vision are innovation, the integration of artificial intelligence, and a commitment to operational excellence. His prior tenure as Executive Director of the LCA Tejas Division saw him play a key role in securing major contracts with the Indian Armed Forces. Under his stewardship, HAL has bolstered indigenous capabilities within the LCA Tejas program and expanded into civil manufacturing alongside maintenance, repair, and overhaul (MRO) services, thereby diversifying its revenue streams. Looking forward, Ravi intends to strengthen HAL’s production capacity and cultivate deeper partnerships with private sector entities to enhance the company’s market presence. These strategic initiatives are considered vital for HAL to remain agile and competitive amid the dynamic conditions characterizing the aviation industry. As HAL embarks on this new chapter under Ravi’s guidance, the company confronts both significant opportunities and challenges in sustaining its competitive advantage and advancing India’s aerospace and defense ambitions.

Airbus Aims to Align Production and Deliveries Ahead of Second Half Challenges in Production and Delivery Schedules Airbus is striving to realign its aircraft production and delivery schedules by the end of June, following recent disruptions caused by quality issues and administrative delays. The European aerospace leader has encountered significant obstacles, including an 11% decline in first-quarter commercial aircraft revenues and an 84% drop in adjusted earnings. Despite these setbacks, Airbus remains committed to its full-year target of delivering 870 aircraft. The primary challenge originated late last year when deviations in the thickness of forward fuselage panels were identified on A320neo-family jets, raising concerns about structural integrity. Chief Executive Guillaume Faury described the corrective process—replacing the affected panels—as “quite a bit of work,” but emphasized that progress is steady. He anticipates the issue will be “almost completely behind us” by the end of the first half. Faury explained that the resources required to replace the panels are substantial, necessitating a careful balance between expediting deliveries and managing repair workloads. “We’re trying to find a good balance between delivering to customers as quickly as possible and managing resources so we can repair multiple aircraft simultaneously,” he said. Impact of Administrative Delays and Inventory Build-Up In addition to the panel issue, an administrative delay hindered the transfer of nearly 20 aircraft to China, causing a “desynchronisation” between production and deliveries, according to Faury. He noted that China represents a significant market, and the delay of almost 20 aircraft in a single quarter, particularly the first, had a notable impact. Airbus’s financial disclosures revealed that inventories increased by €5.2 billion in the first quarter, reaching €46.9 billion, largely due to the hold-up in China. Deliveries to the Chinese market have since resumed. Faury highlighted that the inventory build-up reflects ongoing production ramp-up efforts. However, he acknowledged that the delivery schedule remains dependent on engine shipments from Pratt & Whitney. The number of engines Pratt & Whitney is set to deliver this year remains “frozen and stable,” forming the basis for Airbus’s annual delivery target. While disagreements persist between Airbus and Pratt & Whitney in other areas, the engine delivery count for the year is not among them. Outlook for the Coming Months Although Airbus is experiencing another year of backloaded deliveries, Faury expressed confidence that resolving the Chinese administrative issues and advancing panel repairs will help restore balance. “We believe we should be reasonably back to where we should have been by the end of the first half,” he stated. He added that undelivered aircraft from the first quarter will be delivered in the second quarter, in addition to the planned deliveries for that period. Airbus continues to monitor geopolitical developments in the Middle East for any potential operational impacts and remains focused on achieving targeted production rates across its aircraft models. Barring unforeseen disruptions, the company expects to have the “vast majority” of affected aircraft delivered and production and deliveries resynchronized by the end of June.

Safe Skies and Smart Systems: The DIALOG Vision for Human-AI Teaming As global air traffic continues to increase and the aviation industry faces growing sustainability challenges, technological innovation has become indispensable. Artificial intelligence (AI) and automation offer the potential to optimize flight routes, reduce fuel consumption, and enhance airspace capacity. However, in the safety-critical domain of Air Traffic Management (ATM), the integration of AI extends beyond technical considerations; it fundamentally involves fostering human trust, ensuring safety, and enabling effective collaboration between humans and machines. The EU-funded DIALOG project addresses these challenges by uniting leading research institutions, academic partners, and Air Navigation Service Providers, including SINTEF, Deep Blue, DSNA, ONERA, Radboud University, and DFS. Together, they are developing the Teamwork Assistant, an AI-driven support system designed to augment rather than replace human air traffic controllers. Human-AI Teaming: A Human-Centered Approach Unlike traditional automation systems that often require humans to conform to inflexible algorithms—potentially diminishing situational awareness and increasing cognitive load—DIALOG adopts a human-centered, operationally grounded methodology. The project aims to tailor AI capabilities to complement human strengths and limitations, thereby preserving the critical decision-making skills of air traffic controllers. Central to this approach are principles of transparency and reliability, ensuring that controllers can comprehend the AI’s actions, reasoning, and objectives. This clarity fosters trust and facilitates efficient teamwork. Human agency and accountability remain paramount; operators retain ultimate control and the ability to override or adjust AI recommendations, maintaining responsibility for final decisions. Furthermore, the AI system is designed to develop shared mental models with controllers, adapting to their understanding of the airspace and providing contextually relevant support rather than imposing machine-centric workflows. Validation and Early Outcomes In March 2026, the DIALOG Teamwork Assistant underwent rigorous validation involving licensed air traffic controllers operating within realistic simulation environments. Led by Deep Blue’s human factors specialists, these trials evaluated the system’s technical performance, its impact on cognitive workload, and collected direct feedback from end-users. Preliminary findings have been encouraging. Controllers reported that the Teamwork Assistant helped sustain their focus, alleviated mental fatigue during repetitive tasks, and enhanced their confidence when managing complex decision-making scenarios. Addressing Broader Challenges in AI Integration Despite these promising developments, the integration of AI into ATM raises broader concerns. Balancing human involvement with increasingly autonomous AI systems presents complex questions regarding accountability and safety. The sector must also confront risks such as cyber threats, economic disruption, and the concentration of power within technological infrastructures. Market dynamics are evolving rapidly in response. Investment in AI-driven aviation technologies is accelerating, prompting the creation of new economic and social frameworks to manage this transition. Concurrently, competitors are advancing smart systems and augmented reality (AR) technologies. Companies such as Apple, Snap, Warby Parker, and Google are pioneering AI-powered smart glasses and AR features, reflecting a wider trend toward intelligent, context-aware support tools across multiple industries. Looking Ahead The DIALOG project embodies a balanced vision for the future of aviation, one that harnesses AI’s transformative potential while maintaining human expertise and oversight at its core. As the aviation sector continues to evolve, ensuring safe, accountable, and collaborative human-AI teaming will be essential—not only for the industry itself but also for the broader adoption of smart systems throughout society.

China Southern Airlines Places $21 Billion Order for Airbus Jets China Southern Airlines Co. Ltd. and its subsidiary, Xiamen Airlines Co. Ltd., have announced a significant order for 137 Airbus A320neo family aircraft, with a catalog value of approximately $21.4 billion. According to a stock exchange filing released on Wednesday, the agreement allocates 102 aircraft to China Southern and 35 to Xiamen Airlines. Deliveries are scheduled to be made in batches between 2028 and 2032. Airbus has reportedly offered substantial price concessions, resulting in a transaction value below the listed catalog price. Strategic Fleet Expansion Amid Financial Challenges This major procurement comes at a time when China Southern is navigating mixed financial results. Although the airline reported revenue growth in 2025, it simultaneously recorded a net loss of CNY 1.95 billion, underscoring persistent profitability challenges. The decision to expand the fleet despite these financial pressures reflects a strategic commitment to modernization and capacity growth. This move aligns with a broader industry trend, as other leading Chinese carriers, including China Eastern and Air China, have recently placed large orders for Airbus A320neo-family jets. Collectively, these orders signal a concerted shift among Chinese airlines toward expanding their narrowbody fleets with Airbus aircraft. Market Impact and Industry Context The order contributes to Airbus’s strengthening foothold in the Chinese aviation market, where domestic carriers are increasingly favoring the A320neo family for fleet renewal and expansion. Airbus reported robust first-quarter order volumes, driven in part by demand from Chinese airlines. However, the manufacturer continues to face challenges, including a decline in A320neo deliveries due to ongoing supply chain and production constraints affecting the broader aerospace industry. The latest commitment from China Southern and Xiamen Airlines underscores the sustained confidence in Airbus’s narrowbody aircraft as a cornerstone of future growth in the region.

United Airlines’ New Polaris Boeing 787-9 Grounded Twice Within First Week of Service United Airlines’ latest Boeing 787-9 Dreamliner, featuring the carrier’s new Polaris premium cabin, has encountered significant operational challenges shortly after entering international service. The aircraft, tail number N61101, was grounded twice within its first five days, disrupting schedules and raising concerns about passenger experience and the airline’s standing in the competitive long-haul market. Early Technical Issues and Operational Disruptions The initial incident occurred last week when the Dreamliner was forced to return to Singapore Changi Airport just 30 minutes after departure due to a strong electrical odor detected by both crew and passengers. After circling in a holding pattern for two hours, the aircraft landed safely, but maintenance teams were unable to resolve the issue before the crew reached their maximum duty limits. Consequently, the aircraft was grounded overnight, and affected passengers were rebooked on alternative flights. The jet was then ferried back to San Francisco without passengers. Following preliminary troubleshooting in San Francisco, the aircraft was flown to Houston for more extensive maintenance and inspections focused on the air conditioning system, suspected to be the source of the electrical fumes. Flight tracking data revealed a two-and-a-half-hour test flight around George Bush Intercontinental Airport; however, the problem persisted. Industry sources reported an additional mechanical issue arose before a subsequent departure, further delaying the aircraft’s return to service. Significance of the Aircraft and Market Implications N61101 serves as the flagship of United’s new 78L subfleet and showcases a 222-seat configuration designed to enhance passenger comfort. The aircraft introduces the Polaris Studio, featuring eight spacious front-row suites and 56 business class seats equipped with sliding privacy doors. The Premium Plus cabin offers 35 seats with upgraded amenities, while economy class is limited to 123 seats, making this one of the least-dense 787-9 configurations currently in operation. These operational setbacks come at a critical juncture as United aims to establish this Dreamliner as the centerpiece of its premium long-haul routes to Singapore and London. The incidents have attracted scrutiny from travel agencies and passengers alike, some of whom may consider alternative carriers. Competitors such as Delta Air Lines and American Airlines, both offering advanced business class products, stand to benefit from United’s difficulties in attracting premium travelers. Despite these challenges, the Boeing 787 remains a key asset for airlines worldwide. Ethiopian Airlines recently announced plans to expand its 787 fleet, and Austrian Airlines is contemplating increasing its long-haul 787 operations, reflecting sustained industry confidence in the aircraft model. United Airlines has affirmed its commitment to resolving the technical issues promptly and returning the aircraft to full operational status. Nonetheless, the troubled debut of its new Polaris Dreamliner underscores the operational and reputational risks airlines face when launching flagship products in a highly competitive environment.

China Advances Indigenous Aircraft Engine Development The Aero Engine Corporation of China (AECC) is progressing toward type certification for its newly developed AEP100 turboprop engine, with approval anticipated by 2027. This engine is designed to power the W5000, a twin-engine cargo drone capable of carrying a five-ton payload over a range of 2,600 kilometers. The AEP100 represents a significant milestone in China’s pursuit of technological self-reliance within the aviation sector. Upon its inaugural flight, the W5000 is expected to become the world’s largest transport drone, highlighting China’s strategic objective to reduce dependence on foreign aerospace technologies. China’s general aviation industry currently remains far behind that of the United States, which operates over 275,000 aircraft compared to only a few thousand in China. The development of the AEP100 is therefore not merely an engineering achievement but a deliberate effort to narrow this gap and assert greater sovereignty over critical aviation technologies. The engine, developed by AE General Aviation Power Tech—a subsidiary of AECC—has entered the final stages of type certification with the Civil Aviation Administration of China. This process is advancing swiftly, aided by the AEP100’s shared core design with the AES100 turboshaft engine, which has streamlined validation procedures. The W5000 Drone and Strategic Implications The W5000 cargo drone, created by the Chinese startup Air White Whale, features a maximum takeoff weight of 10.8 tons and an internal cargo volume exceeding 65 cubic meters, dimensions that surpass many manned transport aircraft. Notably, the drone operates autonomously without the need for an onboard pilot. According to Yuan An, the project’s general manager, the AEP100 engine surpasses foreign competitors in terms of power, stability, and efficiency. Over the past year, the engine has undergone rigorous ground testing within W5000 prototypes, consistently meeting or exceeding performance benchmarks. Type certification remains a critical regulatory requirement, ensuring compliance with safety, noise, and emissions standards. The W5000’s anticipated maiden flight will mark a pivotal moment not only for the drone itself but also for the AEP100 engine, positioning China at the forefront of unmanned heavy cargo aviation. China’s push for indigenous engine development unfolds amid escalating geopolitical tensions, particularly with the United States. The Asia-Pacific region continues to be a central arena for strategic competition, and China’s advancements in aerospace technology could significantly influence global industry dynamics. U.S. manufacturers such as Boeing may encounter heightened scrutiny and potential delays in international partnerships, as Washington’s foreign policy increasingly shapes market access and supply chains. In response, global competitors are expected to accelerate their own engine development initiatives and pursue new alliances to counterbalance China’s growing capabilities. As China approaches certification of the AEP100 and the launch of the W5000, it is not only showcasing its technological capabilities but also signaling a broader intent to alter the balance of power within the global aviation industry.

Analyzing Key Factors and Their Hierarchy in Green Supply Chain Management for China’s Aerospace Manufacturing This study offers a systematic examination of the critical factors influencing the adoption of Green Supply Chain Management (GSCM) within China’s aerospace manufacturing sector. It further explores the interrelationships among these factors, providing a hierarchical framework to better understand their relative importance. The research is grounded in data collected through an extensive expert questionnaire survey, designed to capture the complexity and evolving nature of the industry. Expert Selection and Methodology To ensure comprehensive and authoritative insights, the study engaged 150 experts representing diverse segments of the aerospace GSCM value chain. These experts were carefully selected based on their professional experience and relevance to the field. The cohort included mid-to-senior managers from aerospace manufacturing enterprises, such as aircraft and engine producers and key system and component suppliers, each averaging 15 years of direct involvement in green transformation or supply chain management initiatives. Academics and researchers from leading universities and specialized aerospace research centers contributed their expertise, bringing over a decade of experience in sustainable operations and industrial policy related to GSCM. The panel also incorporated consumer representatives, including frequent business travelers and environmentally conscious individuals with a strong interest in sustainability, all holding at least a bachelor’s degree. Executives and technical specialists from recycling and remanufacturing enterprises provided insights into aerospace material recycling, component remanufacturing, and waste management practices. Additionally, government officials and policy researchers from national and local regulatory bodies—such as the Ministries of Industry and Information Technology, Ecology and Environment, Civil Aviation Administration, and the national defense science and technology sector—offered perspectives on industry planning, environmental regulation, and green manufacturing promotion. All participants were vetted through industry recommendations, academic networks, or professional associations and confirmed their familiarity with aerospace manufacturing and GSCM concepts prior to their involvement. Questionnaire Design and Analytical Framework The core instrument of the study was a 14 by 14 influence relationship matrix, focusing on 14 preliminary GSCM factors specific to aerospace manufacturing. Experts independently evaluated the degree of influence each factor exerted on the others using a five-point Likert scale, ranging from zero (no influence) to four (very strong influence). This approach allowed for a nuanced assessment of the interdependencies among factors, reflecting the experts’ professional judgment and experience. The questionnaire was administered through a secure online platform to ensure data integrity and confidentiality. Industry Context and External Influences The study situates its analysis within the broader context of China’s aerospace manufacturing environment, which is characterized by significant challenges and dynamic shifts. Government policy changes, economic fluctuations, and geopolitical uncertainties all play a critical role in shaping the sector’s strategic priorities and operational capabilities. These external factors can affect the implementation and effectiveness of GSCM initiatives, influencing how companies prioritize sustainability within their supply chains. Market dynamics, including variations in consumer confidence and demand for capital goods, further impact supply chain strategies. Competitors respond by adapting production methods and logistics to maintain market position, adding layers of complexity to green supply chain management. Moreover, China’s strategic role as a global supply chain hub and its efforts to deepen integration into international industrial networks introduce additional variables that affect GSCM practices. By integrating expert-driven analysis with an understanding of these external pressures, the study provides a robust foundation for advancing green supply chain management in China’s aerospace manufacturing sector, highlighting the need for a hierarchical and context-sensitive approach to factor prioritization and implementation.

FAA to Mandate Corrosion Inspections for CF34 Engines Following Challenger Crash The Federal Aviation Administration (FAA) has announced a proposed rule requiring mandatory inspections for corrosion in GE Aerospace CF34 turbofan engines. This regulatory action follows an investigation into a dual-engine failure that resulted in a fatal crash involving a Bombardier Challenger 600 business jet. The rule, published on April 30, targets all 1,152 CF34-3 engines installed on U.S.-registered aircraft, including those used in Mitsubishi Heavy Industries Regional Jet (MHIRJ) CRJ200 regional jets and Challenger 600 business jets. Background of the Incident and Investigation The impetus for the FAA’s proposal stems from a 2024 accident near Naples Airport in Southwest Florida, where a Challenger 600 lost thrust in both CF34 engines during approach, ultimately crashing onto a highway and killing both pilots. The National Transportation Safety Board (NTSB) investigation identified extensive corrosion within the variable-geometry system of the engines’ airflow control mechanisms as the root cause. This system, responsible for adjusting stator vane positions to regulate airflow through the high-pressure compressors (HPCs), was compromised by corrosion, leading to near-simultaneous compressor stalls and a total loss of engine thrust. While the FAA’s proposed rule does not explicitly mention the Challenger crash, it references a “dual-engine power loss event and consequent manufacturer investigation.” GE Aerospace’s inquiry uncovered corrosion in the HPC case, specifically affecting the variable-geometry system. The FAA explained that corrosion in the HPC case variable vane spindle bores can restrict the system’s range of motion, potentially causing compressor instability at or below idle speeds and resulting in loss of engine thrust control. Details of the Proposed Rule and Industry Response Under the proposed regulation, operators would be required to perform CF34 engine start tests and borescope inspections of the HPC case. Depending on the engine’s condition, these inspections must be completed either before further flight or within one to two years. Additionally, the rule mandates quarterly restart tests on certain turbofan engines to monitor performance and detect potential issues. In response to the corrosion concerns, GE Aerospace has already issued a service bulletin dated October 30, 2025. This bulletin calls for inspections on engines exhibiting hung starts and includes updates to fault-isolation flowcharts. These proactive measures aim to identify corrosion early and prevent engine instability, thereby reducing the risk of similar incidents. The FAA’s proposal highlights the critical safety implications of corrosion affecting over 1,100 CF34 engines operating on U.S. aircraft. By enforcing these inspections and tests, the agency seeks to mitigate corrosion-related risks and enhance overall fleet safety. GE Aerospace has not yet issued a public statement regarding the FAA’s proposed rule.