Jet Aviation Celebrates 30 Years of Operations in Singapore

China’s JL-10 Trainer Aircraft Incorporates Ukrainian Engine Technology Amid Geopolitical Tensions China has introduced a new variant of its JL-10 advanced jet trainer, also known as the L-15 Falcon, featuring a twin-tail design—the first major modification since the aircraft’s initial launch nearly twenty years ago. Developed by Hongdu Aviation Industry Group under the Aviation Industry Corporation of China (AVIC), the JL-10 has traditionally been powered by Ukrainian-designed AI-222 engines, manufactured by Ivchenko-Progress and Motor Sich in Zaporizhzhia. Design Evolution and Technical Implications Images of the updated twin-tail JL-10 surfaced through Chinese military aviation researcher @RupprechtDeino and were subsequently disseminated by defense media on the social platform X. The prototype, reportedly observed during an early test flight near Xi’an or Zhuhai, replaces the original single vertical stabilizer with two fins. Although neither AVIC nor the Chinese Ministry of Defense has issued official commentary, the revised tail configuration suggests structural improvements and enhanced stability. These changes may indicate the aircraft’s adaptation for carrier-based operations or more advanced combat training roles. The JL-10 and its export counterpart, the L-15, were initially equipped with AI-222-25 and AI-322 afterburning turbofan engines from Ukraine. These powerplants enabled the aircraft to reach supersonic speeds and perform high-G maneuvers, positioning it as a competitor to Western advanced trainers such as the T-50 Golden Eagle and M-346 Master. However, the reliance on foreign engine technology has become increasingly complicated amid shifting geopolitical realities. Geopolitical Challenges and Industrial Impact In 2021, Ukraine nationalized Motor Sich, tightening export controls and restricting China’s access to Ukrainian engines. This decision followed disputes with Chinese investors and the strengthening of Ukraine’s defense partnerships with Western countries. The situation worsened after Russia’s full-scale invasion of Ukraine in 2022, effectively halting Chinese-Ukrainian cooperation in aviation manufacturing. According to Euro Security & Defence, only approximately 30 percent of a new Motor Sich engine contract with China had been fulfilled when hostilities escalated, prompting Beijing to explore alternative options, including the potential development of indigenous engines. The continued integration of Ukrainian engine technology into the JL-10 now faces further complications due to international sanctions and ongoing geopolitical tensions. Industry analysts have expressed concerns regarding the reliability and security of dependence on foreign technology under these strained conditions. Western defense manufacturers may respond with heightened scrutiny and possible countermeasures, while debates over intellectual property rights and technology transfer are expected to intensify. At present, Chinese authorities have not revealed the official designation, development status, or specific engine type of the new JL-10 variant. The prototype’s unmarked and unpainted appearance indicates it remains in the early stages of testing. This evolving scenario highlights the broader influence of global political dynamics on defense technology development and the international arms market.

Advances in Airfield Infrastructure: Precision and Reliability Airfield infrastructure is experiencing a profound transformation as airports and aviation authorities strive to enhance safety, operational efficiency, and resilience amid an increasingly complex environment. At the forefront of this evolution is Jointline’s Airfields Division, which provides precision line marking, runway grooving, joint sealing, and maintenance services across the United Kingdom and internationally. With over three decades of experience, the company’s expertise is relied upon by both commercial and defence airfields, supporting critical operations at some of the world’s busiest and most demanding aviation sites. Upholding Rigorous Standards in a Regulated Industry The aviation sector operates under stringent regulatory frameworks, where every element—from line markings to runway surfaces—has a direct impact on safety and operational performance. Jointline’s work complies with exacting standards established by the Civil Aviation Authority, the International Civil Aviation Organization, and the UK Ministry of Defence. The company’s teams collaborate closely with airport operators to execute projects with minimal disruption, often conducting work overnight or within live airfield environments to maintain continuous operations. Recent projects underscore the importance of precision and reliability in airfield infrastructure. At Heathrow Airport, Jointline played a crucial role in the Southern Runway Resurfacing Programme. Over a 29-week period of intensive night shifts, the team completed 208,000 linear metres of precision grooving across 3,658 metres of runway. This work significantly improved drainage and braking performance while allowing the airfield to remain fully operational during daytime hours. The enduring partnership with Heathrow exemplifies the confidence placed in Jointline to uphold the highest safety and operational standards. Similarly, at RAF Waddington, Jointline delivered specialist airside markings for the Royal Air Force Aerobatic Team, the Red Arrows. This project involved the creation of twelve Hawk T2 aircraft stands, each meticulously labelled and aligned to meet stringent military specifications and the unique operational requirements of the display team. Addressing Industry Challenges and Embracing Innovation The advancement of airfield infrastructure is accompanied by emerging challenges that require adaptive strategies. Regulatory negotiations, such as Groupe ADP’s proposed airport fee increases for 2026, alongside public consultations on airspace modernisation, are shaping the sector’s future landscape. Airports are responding with ambitious investment plans; for instance, Birmingham Airport has committed £300 million to support passenger growth to 17 million by 2029. On the international stage, facilities like Kuwait International Airport are expanding capacity through new runways and air traffic control towers. In addition to infrastructure expansion, evolving security threats necessitate innovative solutions. The implementation of nationwide counter-drone systems has become critical to safeguarding civilian airports and vital infrastructure from emerging risks. Commitment to Future-Ready Infrastructure In response to growing demand and the evolving challenges of the sector, Jointline has invested £1 million in future-ready runway infrastructure. This strategic investment ensures the company remains equipped to deliver high-quality, compliant solutions as the industry continues to evolve. By combining technical expertise with a proactive approach to regulatory and security developments, Jointline maintains its position as a leader in airfield safety and efficiency both within the UK and internationally.

Tata Advanced Systems and Safran Launch LEAP Engine Manufacturing Facility in Hyderabad Hyderabad has witnessed a significant development in aerospace manufacturing with the inauguration of a cutting-edge LEAP engine production facility by Tata Advanced Systems Limited (TASL) in collaboration with Safran Aircraft Engines. Located at the Tata Centre of Excellence for Aero Engines in Adibatla, this new plant is dedicated to producing complex rotating components for the CFM LEAP engine, integrating advanced precision machining and specialized manufacturing processes within a single facility. Strengthening India’s Aerospace Manufacturing Capabilities The launch of this facility marks a pivotal moment for India’s aerospace sector, reinforcing the country’s growing stature in the global aerospace supply chain through strategic international partnerships. The inauguration ceremony was attended by Telangana’s Minister for Information Technology, Electronics & Communications, Industries & Commerce, and Legislative Affairs, D Sridhar Babu, alongside senior executives from TASL, Safran, and other dignitaries. This development builds upon the long-term collaboration announced earlier in January 2024, when TASL and Safran committed to manufacturing rotating parts for the LEAP engine. The LEAP engine, developed by CFM International—a joint venture between GE Aerospace and Safran Aircraft Engines—is a key powerplant for most new-generation narrowbody aircraft. It offers significant improvements in fuel efficiency, noise reduction, and reliability, delivering approximately 15% better fuel economy compared to previous models. Sukaran Singh, CEO and Managing Director of TASL, highlighted the technical sophistication involved, stating, “Rotative aeroengine components represent the pinnacle of aerospace engineering. This facility reflects our capability to industrialize complex global aerospace programs and our dedication to precision and quality in manufacturing.” Dominique Dupuy, Senior Vice President of Purchasing at Safran Aircraft Engines, underscored the strategic value of the Hyderabad plant, noting that it is “integral to Safran’s global supply chain strategy,” enabling production closer to key markets while upholding stringent standards in quality, safety, and sustainability. Market Context and Industry Challenges India has emerged as the third-largest operator of LEAP engines worldwide, with approximately 75% of its commercial aircraft fleet powered by CFM’s advanced turbofan technology. Indian carriers have placed orders exceeding 2,000 LEAP engines, highlighting the critical need for a robust local manufacturing and support ecosystem. Despite this promising outlook, the facility’s launch occurs amid broader industry challenges. The Tata Group has recently faced a notable decline in market valuation, which may affect its financial flexibility and capacity to pursue future strategic initiatives. Concurrently, Safran’s expansion of LEAP engine production in Morocco and other international locations introduces competitive pressures and potential challenges in resource allocation for the Hyderabad plant. Market responses have been mixed; while Safran’s global expansion is viewed as a strategic effort to strengthen growth, Tata’s market value decline has raised concerns about its ability to sustain large-scale aerospace ventures. Additionally, intensified competition from other aerospace players, such as Honeywell, further complicates the competitive landscape. Established in 2018, the Tata Centre of Excellence for Aero Engines is equipped with Industry 4.0 technologies, advanced machining capabilities, and specialized process expertise, serving both domestic and international aerospace markets. As the aerospace industry continues to evolve, the Hyderabad facility’s success will depend on its ability to navigate these complex market dynamics while maintaining a steadfast commitment to quality and innovation.

Teledyne Controls and MTU Maintenance Collaborate on Engine Health Monitoring Teledyne Controls and MTU Maintenance have announced a strategic partnership aimed at enhancing engine health monitoring and predictive maintenance services within the aviation sector. MTU Maintenance, a global maintenance, repair, and overhaul (MRO) provider known for its tailored aero engine solutions, will utilize Teledyne Controls’ Data Delivery Solutions (DDS) to gain access to comprehensive, full-series flight data. This collaboration is intended to deliver faster and deeper insights into engine performance, thereby supporting more proactive maintenance approaches and improving operational efficiency. Enhanced Data Access and Application Viva Aerobus has been designated as the launch customer for this initiative, planning to apply the advanced monitoring capabilities to its fleet of A320 V2500 engines. By integrating Teledyne’s DDS, MTU Maintenance will be able to analyze engine data with greater precision, facilitating smarter maintenance strategies and more effective fleet management. Teledyne’s DDS platform enables secure sharing of selected flight data with authorized stakeholders, including engine manufacturers, original equipment manufacturers (OEMs), and airline internal teams. Airlines retain full control over their data, determining what information is shared based on tail number, data consumer, or file format. The system supports all aircraft types and converts flight data into preferred formats regardless of the aircraft’s recording hardware or data retrieval methods. As a fully managed cloud service, DDS offers airlines the benefits of OEM-level efficiencies without requiring additional infrastructure or specialized in-house expertise. Complementing this data ecosystem is Teledyne’s GroundLink Comm+ wireless communication system, which facilitates rapid data exchange between aircraft and ground operations. Its key functionalities include automated flight data downloads, wireless distribution of software and databases, real-time data streaming, and enhanced connectivity for cabin and crew. Industry Context and Competitive Landscape Dominique Maurille, key account director for OEM Solutions at Teledyne Controls, emphasized the significance of the partnership, noting that over 14,000 aircraft—including approximately 6,500 from the A320 family—already utilize the GroundLink Comm+ system to automatically download full-series flight data. Maurille highlighted that DDS will enable MTU Maintenance to establish automatic flows of redacted data subsets directly from aircraft to their analytics platforms, fostering the development of value-added applications and services that optimize maintenance costs and generate new revenue streams. Christian Keller, responsible for engine trend monitoring at MTU Maintenance, underscored the partnership’s alignment with the company’s commitment to innovation and sustainability. He explained that the collaboration enables smarter, data-driven maintenance strategies that enhance engine availability, improve fleet planning, and reduce lifecycle costs for customers. Despite these advancements, the partnership enters a competitive market. Established players such as Honeywell, with its Ensemble health monitoring service, have secured significant market presence, while operators increasingly demand cost-effective solutions similar to the Engine Assurance Program for older engine models. Additionally, competitors like Pratt & Whitney are advancing predictive maintenance technologies through data-driven materials forecasting to strengthen supply chain management. The rapid adoption of artificial intelligence and advanced monitoring systems across the industry presents both opportunities and challenges for Teledyne Controls and MTU Maintenance as they strive to differentiate their joint offering in a dynamic and crowded marketplace.

VSE Corporation to Acquire Aero 3 in Aviation Aftermarket Deal VSE Corporation has reached a definitive agreement to acquire GenNx/AeroRepair IntermediateCo Inc., the parent company of Aero 3, from private equity firm GenNx360 Capital Partners. This acquisition is poised to significantly strengthen VSE’s position in the global aviation aftermarket, as Aero 3 is a prominent provider of maintenance, repair, and overhaul (MRO) services and aftermarket distribution, with a particular focus on the commercial wheel and brake sector. Aero 3’s Operations and Market Presence Founded in 1994 and headquartered in Manchester, New Hampshire, Aero 3 employs approximately 280 staff members and serves over 750 customers worldwide. The company manages around 50,000 MRO events annually through nine strategically located repair facilities across the United States, Canada, and the United Kingdom. These locations provide close proximity to key customers, enabling efficient logistics and rapid turnaround times. Aero 3’s business model is built around three core areas: wheel and brake MRO services, OEM-authorized distribution of wheel and brake components, and the development of proprietary repair and manufacturing solutions. These capabilities are expected to complement and expand VSE’s existing aviation services, enhancing its engineering expertise and reinforcing its position as a trusted partner to original equipment manufacturers (OEMs). Strategic Implications and Industry Context VSE has emphasized that the acquisition reflects its commitment to developing a broader, more integrated aviation services portfolio. The deal is anticipated to improve VSE’s access to critical markets and deepen its relationships with global airlines and OEM partners. This transaction occurs amid a surge in mergers and acquisitions within the aviation sector, a trend that is reshaping competitive dynamics. Market responses to the deal have been mixed. While some investors regard the acquisition as a strategic move to expand VSE’s footprint in the aviation aftermarket, others have raised concerns about the financial implications and potential challenges associated with integrating Aero 3’s operations. Regulatory scrutiny and the complexity of merging business lines and workforce could present additional obstacles for VSE. Competitors such as Boeing and ITP Aero may respond by intensifying their own market activities to counter VSE’s expanded presence. As competition in the aviation aftermarket intensifies, VSE’s ability to successfully integrate Aero 3 and realize its growth objectives will be closely monitored by industry observers and stakeholders. Once finalized, the acquisition is expected to position VSE as a more formidable player in the aviation aftermarket. However, the ultimate success of this strategic move will depend on effective execution within a rapidly evolving industry landscape.

UK and Türkiye Finalize £5.4 Billion Typhoon Fighter Jet Deal The UK government has confirmed a landmark £5.4 billion agreement with Türkiye for the sale of 20 Eurofighter Typhoon jets, representing the largest British fighter jet export deal in nearly two decades. This comprehensive contract includes an extensive weapons and integration package and is expected to sustain over 20,000 skilled jobs across the UK. It will also extend Typhoon production into the 2030s, providing crucial continuity for Britain’s aerospace industry during a period of transition. Industrial and Economic Impact Under the terms of the agreement, BAE Systems will manufacture major airframe components and oversee the final assembly of the jets at its Lancashire facilities. The company will also lead weapons integration efforts, working closely with MBDA, which will supply the majority of the weapons systems. This collaboration is anticipated to benefit hundreds of British firms within the Typhoon supply chain, generating new orders and securing long-term work for the UK’s advanced manufacturing sector. The deal thus reinforces the UK’s engineering capabilities and preserves critical skills essential to maintaining sovereign military aviation capacity. Strategic and Defence Significance The agreement marks a significant milestone in strengthening the UK–Türkiye defence partnership and enhancing security across NATO. With this deal, Türkiye will become the tenth nation to operate the Typhoon, joining a global network of operators that rely on the aircraft for air defence. Charles Woodburn, Chief Executive of BAE Systems, highlighted that the contract not only deepens ties with a key NATO ally but also underscores NATO’s long-term unity amid regional tensions. He described the Typhoon as a “UK export success story” that delivers both defence strength and economic value, emphasizing that continued production supports vital engineering skills and the UK’s ability to provide complex, high-performance systems to global defence partners. The Typhoon fleet remains one of Europe’s most advanced air combat platforms, with a proven record in safeguarding airspace across Europe and the Middle East. The ongoing success of the programme reflects the strength of the UK’s aerospace industry and its capacity for innovation and advanced manufacturing. This deal underlines the UK’s commitment to supporting NATO allies while driving domestic growth through engineering excellence and international collaboration. It marks the beginning of a new phase in the UK–Türkiye partnership and reinforces the strategic importance of the Typhoon in global defence.

BOC Aviation and Loong Air Finalize Lease Agreement for Three Airbus A320neos BOC Aviation has formalized a lease agreement with Zhejiang Loong Airlines for three Airbus A320neo aircraft, marking a significant development in its expansion within the Chinese aviation sector. The aircraft, drawn from BOC Aviation’s existing orderbook, will be powered by CFM LEAP-1A engines and are slated for delivery in 2027. Strengthening Commitment to China and Sustainability Steven Townend, Chief Executive of BOC Aviation, underscored that the agreement reaffirms the company’s dedication to the Chinese market. He highlighted the A320neo’s well-established reputation for fuel efficiency and reduced emissions, noting that these features will enable Loong Air to lower operating costs while advancing its sustainability objectives. “These aircraft are designed to lower fuel burn, which will help Loong Air achieve lower operating costs and improved sustainability,” Townend remarked. Liu Qihong, Chairman of Loong Air, described the lease deal as a pivotal milestone in the ongoing collaboration between the two firms. He emphasized Hangzhou’s emergence as a rapidly growing technology hub and expressed confidence that deeper cooperation with BOC Aviation would foster innovation and contribute to the broader development of China’s aviation industry. Operational and Market Considerations The integration of the A320neo, known for its cutting-edge technology and environmental performance, is expected to enhance Loong Air’s operational efficiency and bolster its sustainability credentials. Nonetheless, both companies face challenges related to ensuring the aircraft’s maintenance and operational readiness, alongside managing the financial commitments associated with the lease. Industry analysts are likely to monitor the financial stability of BOC Aviation and Loong Air in the context of this agreement. The competitive environment remains dynamic, with other lessors potentially offering competitive lease terms to secure similar contracts. Recent industry activity, including Abra Group’s expansion through new A320neo and A330neo orders and Sunrise Airways’ wet lease of two A320s from Global Crossing Airlines Group, highlights the sustained global demand for A320neo aircraft. This agreement not only consolidates BOC Aviation’s position in the Asia-Pacific region but also reflects a mutual emphasis on sustainability and modernization. As the market for next-generation aircraft intensifies, both BOC Aviation and Loong Air are positioning themselves at the forefront of a more efficient, environmentally conscious future for Chinese aviation.

BlueLight Launches World’s First Humanitarian Airline BlueLight Humanitarian Airlines has officially commenced operations in Geneva, establishing itself as the world’s first non-profit airline dedicated exclusively to humanitarian missions. The airline seeks to fill a critical void in crisis response by providing rapid, neutral, and affordable air transport tailored for relief efforts. Its fleet is uniquely designed to serve multiple functions, capable of carrying over 50 tonnes of aid cargo, transporting up to 200 responders, or operating as a flying trauma unit. A New Model for Crisis Response Pierre Bernheim, co-founder and former head of Geneva Airport, highlighted the urgency driving the initiative. He stressed that “speed and neutrality are vital when lives hang in the balance,” underscoring BlueLight’s mission to eliminate dangerous delays that often hinder crisis relief operations. The initial fleet will comprise Airbus A340-300 and A321P2F aircraft, with plans to introduce an uncrewed aerial system capable of delivering 500 kilograms of supplies over distances up to 800 kilometres. This innovation is particularly significant for reaching regions lacking accessible runways. Waleed Rawat, co-founder and head of WAIR Global, described BlueLight as “a humanitarian infrastructure for the 21st century,” combining the efficiency of commercial aviation with the compassion inherent in aid work. The airline’s leadership team brings together extensive expertise in aviation, finance, and sustainable ventures, supported by an international cadre of aviation, medical, and humanitarian professionals. Operational Plans and Industry Challenges BlueLight aims to commence full-scale operations by 2026, contingent upon raising US$55 million to acquire and convert three wide-body aircraft. The project has garnered support from the Swiss Federal Government, the Canton of Geneva, and key partners including Airbus, Geneva Airport, and JORAMCO. Operating under a fixed-rate, transparent pricing model, BlueLight commits to providing equitable access for all relief organizations. From its inception, the airline integrates sustainable aviation fuel and carbon offset initiatives, aligning with the sustainability objectives of the United Nations and the Swiss government. Despite its promising vision, BlueLight faces considerable challenges. The airline must navigate a complex regulatory environment governing humanitarian flights while maintaining operational efficiency in delivering aid. It will also contend with established carriers that possess greater resources and experience. Market responses have been mixed, with some investors expressing skepticism about the risks and novelty associated with humanitarian aviation. Competitors may respond by forging strategic partnerships with aid organizations or enhancing their own humanitarian services to safeguard market share. The broader aviation industry’s emphasis on resilience, decarbonization, and technological innovation—highlighted at the World Aviation Festival 2025—will likely influence BlueLight’s operational strategies and positioning. As the airline prepares for its inaugural missions, its success will depend on the viability of its innovative model and its capacity to adapt within a rapidly evolving and competitive sector.

Fire at Gannavaram International Airport Destroys Software Equipment and Luggage A fire erupted on Tuesday at Gannavaram International Airport in Vijayawada, inflicting considerable damage to software equipment and luggage stored within the Customs section, airport officials confirmed. The blaze originated in the immigration area before rapidly spreading to adjacent parts of the Customs office, where it destroyed critical technological assets and personal belongings. Incident and Response The fire reportedly began suddenly in the Customs officials' room, with flames initially detected in the immigration section. Among the damaged items were software equipment essential to airport operations, a split air conditioner unit in the immigration room, and several luggage bags belonging to Customs personnel. Airport fire services responded promptly, successfully containing the fire and averting a more extensive disaster. No injuries have been reported, though authorities continue to evaluate the full scope of the damage. Operational and Industry Implications The loss of vital software equipment and personal property is anticipated to result in significant financial repercussions and may disrupt airport functions in the near term. Industry experts suggest that such incidents often lead to increased insurance claims and elevated operational costs for businesses reliant on the airport’s logistics and cargo services. The fire’s aftermath could also trigger strategic shifts among competing companies, with some potentially redirecting logistics operations to alternative airports or seeking new supply chain routes to mitigate disruption. Insurers and stakeholders within the aviation and logistics sectors are closely monitoring developments to assess the broader impact on regional operations. Investigations into the cause of the fire and the total extent of the losses remain ongoing, with further details expected in the coming days.

Bhopal to Host India’s First Aircraft Dismantling and MRO Facility with German Investment In a landmark development for India’s aviation industry, Germany-based Inavia Aviation is set to establish the country’s first aircraft dismantling and maintenance, repair, and overhaul (MRO) facility in Bhopal, Madhya Pradesh. Supported by a phased investment of ₹2,000 crore, this initiative aims to bolster India’s pursuit of a self-reliant and sustainable aviation ecosystem. Strategic Collaboration and Location The project gained momentum following Chief Minister Mohan Yadav’s recent visit to Germany, where he engaged with Inavia Aviation’s leadership. This was followed by a delegation from the company visiting Madhya Pradesh to finalize plans for the facility. The state government has committed to providing between 70 and 100 acres of land near Bhopal, capitalizing on the region’s skilled workforce and strong logistical infrastructure. This facility will mark a first for India, positioning the country prominently on the global map for aircraft recycling and advanced MRO services. Aircraft dismantling involves the systematic deconstruction of retired aircraft, ensuring the safe removal of hazardous materials and the recovery of valuable components such as engines and avionics for reuse. The remaining materials are processed for recycling, promoting sustainability by minimizing waste and encouraging circular resource utilization—a practice well established in leading aviation markets worldwide. Economic and Environmental Impact Once operational, the Bhopal facility is expected to create hundreds of technical jobs across maintenance, manufacturing, and logistics sectors. It will enhance India’s capacity for local innovation in aviation services by enabling the recovery and reuse of costly aircraft components, thereby improving cost efficiency and environmental stewardship. This aligns closely with the government’s Atmanirbhar Bharat mission, which emphasizes building indigenous capabilities and reducing dependence on foreign services. Despite its promising outlook, the project faces several challenges. Regulatory compliance will be paramount, given the stringent safety and environmental standards governing aircraft dismantling and MRO operations. Additionally, workforce development remains a critical hurdle, as the facility will require a highly skilled pool of technicians and engineers. The new establishment in Bhopal will also contend with established MRO hubs in Europe, which currently attract global clients due to their extensive experience and infrastructure. Market Response and Future Prospects The announcement has been met with positive market reactions, with expectations of increased interest from both Indian and international aviation companies seeking cost-effective maintenance solutions within India. This development may prompt competitors to expand their MRO services or establish new facilities to maintain their market presence in the region. Inavia Aviation’s facility has the potential to transform Bhopal into a significant aviation hub, attracting further investment, fostering skill development, and positioning India as a leader in sustainable aviation technology. As the nation’s aviation sector continues its rapid growth, the availability of a domestic aircraft dismantling and MRO unit will reduce reliance on overseas services and strengthen India’s self-sufficiency. With this milestone, India takes a decisive step toward a greener and more competitive future in the global aviation landscape.