Author name: Aviation World

Interview

From Automotive to Aerospace:How PHINIA is Bringing High-Volume Scale and Precision to Defense Aviation

With decades of expertise in precision machining and pressure-and-flow control, PHINIA is expanding from automotive into high-precision aerospace. By partnering with Safran to supply critical components for the Rafale fighter jet’s M88 engine, it is applying automotive-grade scalability and quality control to solve pressing supply chain bottlenecks in defense and commercial aviation.  In this interview with Aviation World, Emmanuel Simon, PHINIA’s Program Manager and Aerospace Leader, outlines the company’s global footprint, expanding certifications across Europe and Asia, and its vision for the aerospace sector.  Excerpts…   AW: Tell us about the products and vertical that PHINIA deals into? A: PHINIA is a diversified industrial company operating into different sectors. The range is from heavy-duty trucks tolight commercial vehicleswhere we supply components for them; marines, off-highway vehicles, like agricultural equipment or construction equipment. We also supply equipment for industrial, like power generation sets and automotive industry. Recently, as a diversified industrial company, we have started our production with Safran in the aerospace sector. Our skill set is precision machining, pressure and flow control and we have decades of expertise in this particular segment. This includes work for hydro-mechanical components, for diesel and gasoline equipment, injector, pump for piston engine or rotary engine. As we can use off-the-shelf product coming from PHINIA so this is why we believe we can give an added value to this sector. We have been diversified to supply components for turbine engine that require precision machining, high knowledge and skill in pressure and flow control. Due to this capabilities, Safran has selected us for the first production that has started this year. AW:Where is PHINIA’s HQ located? How about your APAC presence? A: PHINIA is a US-based company and has presence in more than 40 locations in above  20+ countries. We have approx. 13,000 people working and our annual revenue last year was 3.5 billion US dollars. Our first site in France is located in Loire which is certified for aerospace production. We have not yet our presence in Asia-Pacific but we have sites in China and India. This is why we have certified, and we are certifying this year another site in UK, our Stonehouse site. It will be certified EN-9100 before the end of 2026. AW:From India, what services you provide?  A: In India, we are providing and manufacturing hydro-mechanical components, and we have also services for software systems. AW:What area of work does you have with Safran? A: With Safran, I cannot share all because we have NDA. We have started our first production this year for one product that equips the M88 engine, which is fitted on the Rafale fighter jet, which has been sold to India. There is a plan to sell 114 Rafale fighters to the Indian government and this should be tied up and signed before the end of the 2026. We have started the production in March. We are SOP another product for the same engine and within next year, we will SOP for another product for this engine. So, this is about Safran industrialization, but also we are collaborating with Safran for advanced development project, where here it’s military and civil. AW:How do you see your presence at the Farnborough Airshow? A: Here, we highlighted the fact that we are convinced that PHINIA with his decade of expertise can bring an added value to the aerospace sector, because we are coming from the automotive industry. Currently, as I said, we are diversified across multi-sector of the industry and we can bring added value to perform fast track development. This is our DNA from the automotive industry and we have a vertical integration. We have a strong quality approach which is now standardized also at the aerospace. This quality approach is giving us a guideline to make sure that we are developing products to answer the right requirements according to the right process. This is a strength that PHINIA has and we have also the scalability. Currently, the supply chain in the aerospace manufacturers are struggling with the supply chain because many suppliers are small and they struggle to deliver and to answer the increased demand due to the growth of this sector. ( This interview is also published in the Aviation World Sept-Oct 2026 Print Edition)   

UAM/AAM

The Future of Indian Aviation is Electric

By Kiran S. Pillai Aviation has transformed the way people and goods move across the world, but the industry faces a fundamental challenge. Conventional aircraft depend heavily on fossil fuels, while demand for air travel continues to increase. The search for cleaner propulsion systems is therefore becoming an important part of the future of aviation. Electric aviation offers one possible pathway The concept is relatively simple. Instead of relying entirely on combustion engines, aircraft can use electric motors powered by batteries, hybrid systems or other forms of electricity generation. The engineering challenge, however, is substantial because aircraft require extremely high energy density and reliability. This makes electric aviation different from the electrification of automobiles A car can carry a large battery because its weight can be accommodated by the vehicle. An aircraft must continuously overcome gravity. Every additional kilogram affects its efficiency. Battery technology therefore becomes one of the central factors determining how quickly electric aviation can develop. The first major applications are likely to appear in smaller aircraft Short-distance flights, training aircraft, regional aviation and specialised air mobility could provide the initial market for electric propulsion. Smaller aircraft require less energy and can operate on routes where the limitations of current battery technology are more manageable. This creates an interesting opportunity for India India has a large population, rapidly expanding cities and significant demand for regional connectivity. Many communities remain separated by geographical distance, while major cities face increasing congestion on roads. Electric aircraft could eventually complement existing transportation systems One particularly interesting development is the emergence of electric vertical take-off and landing aircraft, commonly known as eVTOLs. These aircraft combine characteristics of helicopters and airplanes and are being developed for urban and regional transportation.If the technology becomes commercially viable, eVTOLs could create a new category of transportation between conventional road travel and traditional aviation. India’s cities could eventually require dedicated infrastructure for such aircraft. Vertiports, charging facilities, navigation systems and digital airspace management could become part of urban transportation planning. However, electric aviation should not be viewed only as a transportation technology. It could also become an industrial opportunity. India has developed substantial capabilities in automotive manufacturing, electronics, software and engineering. These capabilities could be redirected toward electric aircraft components, batteries, power electronics, sensors, motors and control systems. The aerospace industry has traditionally required extremely specialised supply chains. Electric propulsion could create new points of entry for companies that already possess advanced engineering capabilities but have limited involvement in conventional aircraft manufacturing. Battery technology will remain one of the largest constraints Current batteries are considerably heavier than aviation fuels for the same amount of usable energy. This makes fully electric long-distance commercial aviation difficult with present technology.Research into higher-energy-density batteries, improved thermal management and alternative energy systems could gradually expand the range of electric aircraft. Hybrid-electric aircraft may therefore play an important transitional role Instead of replacing conventional propulsion immediately, hybrid systems can combine electric motors with other power sources. Such aircraft could reduce fuel consumption while allowing greater range than purely battery-powered designs. The transition will also require new charging infrastructure Airports are already complex energy environments. Large-scale electric aviation would require high-capacity electrical connections, charging systems and energy-management infrastructure. Airports could increasingly become energy hubs combining electricity generation, storage and aircraft charging. Renewable energy could strengthen this transition Solar power, energy storage and smart-grid systems could help airports reduce the carbon intensity associated with electric aircraft operations. This creates a connection between aviation policy and India’s broader renewable-energy strategy. The economics will be equally important Electric aircraft will need to compete with conventional aircraft on operating costs, reliability and passenger experience. Lower fuel and maintenance costs could provide an advantage if the technology reaches sufficient maturity. Regional routes could become particularly attractive because aircraft operating shorter distances can potentially achieve higher utilisation without requiring enormous battery capacity. Electric aviation could also reshape regional connectivity India’s aviation network is concentrated around major airports and metropolitan centres. Smaller electric aircraft could potentially support new regional routes if operating economics improve. This could strengthen tourism, business travel and access to economic opportunities in smaller cities. Yet regulation will determine how quickly these possibilities become reality Electric aircraft require certification standards, pilot training, maintenance procedures, battery safety standards and emergency protocols. eVTOL operations will additionally require new approaches to urban airspace management. India should therefore begin preparing regulatory frameworks before the technology reaches mass deployment. The country should also invest in research Universities, aerospace companies, energy companies and technology startups can work together on electric propulsion, battery systems, lightweight materials, flight controls and autonomous aviation. Government research programmes can help reduce the cost and risk of early experimentation. The future of aviation is unlikely to become completely electric overnight. Large passenger aircraft travelling thousands of kilometres will remain technologically difficult to electrify for some time. The transition will probably occur in stages. Small aircraft may become electric first. Regional aircraft may follow. Hybrid systems could bridge the gap toward larger aircraft. Advances in batteries and alternative energy technologies may eventually expand the possibilities further. India should approach this transition strategically Rather than waiting for electric aviation technologies to mature elsewhere, India can participate in their development and build the supporting industrial ecosystem at home. Electric aviation could eventually become more than a cleaner form of flying. It could become a new industrial platform connecting aerospace engineering, energy, electronics, artificial intelligence and advanced manufacturing. The skies of the future may therefore contain not only larger and faster aircraft, but quieter, smarter and increasingly electric machines.For India, preparing for that future today could create both an environmental opportunity and a major new technology industry. Image Courtesy: The ePlane Company (Used for editorial representation purpose ) ( Views expressed are personal. The author of this article is the Founder of Vastuta Think Tank, working on technology, public policy, economic development and emerging technology ecosystems.) 

Technology, Top Stories

PayU and Malaysia Airlines signs MoU to enhance digital payments and booking experience

Mumbai, 12th October 2026: PayU and Malaysia Airlines signed a MoU to enhance the digital payment and booking experience for customers in India. The collaboration will combine PayU’s extensive payment ecosystem with Malaysia Airlines’ international network to create more seamless and relevant travel experiences powered by innovative and flexible payment solutions. The MoU marks the beginning of a strategic collaboration between Malaysia Airlines and PayU, with both companies exploring initiatives to support customer growth and strengthen the digital travel experience in India. Malaysia Airlines and PayU will explore innovative and payment solutions, flexible payment options, exclusive offers and co-branded marketing initiatives to enhance customer engagement, drive incremental bookings, and support customer acquisition in India. The collaboration will also explore tailored propositions to address the distinct needs of leisure, premium, student, and corporate travelers. The MoU was signed by Dersenish Aresandiran, Chief Commercial Officer of Airline Business from Malaysia Aviation Group (MAG) and Hemang Dattani, Chief Business Officer​ from PayU Payments Private Limited​. “Travel is a high-intent category where seamless payments, flexibility, and relevant offers can meaningfully influence the customer experience. Through this MoU, PayU and Malaysia Airlines will explore ways to make digital bookings and payments experience more convenient and seamless, while creating differentiated propositions for diverse traveler segments”, says Hemang Dattani, Chief Business Officer, PayU Payments. “India remains an important and strategic market for Malaysia Airlines, and we are committed to making every journey more seamless, convenient and rewarding for our customers. Our collaboration with PayU will enable us to explore more convenient and relevant payment and engagement solutions that respond to the evolving needs and preferences of Indian travelers,,” says Dersenish Aresandiran, Chief Commercial Officer of Airline Business from MAG.

2026

SAS Copenhagen–Mumbai service takes off

Mumbai, 11th October 2026: Scandinavian Airlines (SAS) had launched its new non-stop service between Copenhagen and Mumbai. The inaugural Copenhagen–Mumbai flight arrived in Mumbai on October 1, 2026, followed by the first Mumbai–Copenhagen departure on October 3, 2026, reaffirming SAS commitment to enhancing connectivity between India and Scandinavia. Operating five times a week, the route is expected to foster greater business, tourism and cultural exchange between the two regions. InterGlobe Air Transport, SAS exclusive General Sales Agent in India since 1990, will continue to support the airline’s growth and presence in the Indian market.

2026

Air Astana launches direct flights to Oman

Astana, 12th October 2026: Air Astana will launch new direct services to Salalah, Oman, from Almaty and Astana on 23rd and 24th  October 2026, respectively. Both routes will be operated weekly with an Airbus A320. Flights from Almaty will operate on Fridays, departing at 10:05 and arriving in Salalah at 15:15. The return flight will depart at 16:25 and arrive in Almaty at 22:55. From 30 October, the departure time from Almaty will change to 07:30, arriving in Salalah at 12:40. The return flight will depart Salalah at 13:50 and arrive in Almaty at 20:20. Flights from Astana will operate on Saturdays, departing at 08:35 and arriving in Salalah at 14:40. The return flight will depart at 16:00 and arrive in Astana at 23:25. All times local. Return fares from Almaty start at US$ 536 in Economy Class and US$ 1391 in Business Class. From Astana, return fares start at USS 596 in Economy Class and US$ 1371 in Business Class.

2026

Akasa Air marks its entry into Jaipur with daily Mumbai and Bengaluru flight

Dehi, October 12, 2026: Akasa Air has commenced operations from Jaipur, connecting it with Mumbai and Bengaluru with daily direct flights. The maiden flight on 11th October 2026 departed Jaipur International Airport at 1130hrs, arriving at Kempegowda International Airport in Bengaluru at 1400 hrs. The route marks Akasa Air’s entry in the state of Rajasthan, offering enhanced travel options to key metropolitan hubs, while enabling greater inbound connectivity to Rajasthan for business and leisure travel. The airline will also commence operations from Udaipur starting 15th October 2026, progressively building its presence in Rajasthan, enhancing access to the state’s key tourism and commercial centres. To commemorate the launch, a ceremonial lamp was lit at Jaipur International Airport in the presence of Anand Srinivasan, Co-Founder and Chief Commercial Officer, Akasa Air, along with the leadership of Jaipur International Airport. A special boarding pass was presented to the first passenger on the inaugural flight. Commenting on the occasion, Anand Srinivasan, Co-Founder and Chief Commercial Officer, Akasa Air, said, “Since inception, we have been focused on building a robust network that serves the breadth of India’s travel demand. Rajasthan is a natural extension of that strategy. Jaipur has a mature and diversified travel market, and connecting it with Mumbai and Bengaluru allows us to serve strong traffic flows across multiple segments. As we build greater depth in the state, our focus will remain on building meaningful connectivity, offering customers greater choice, and delivering the warm, dependable and seamless Akasa Experience.” The launch underscores Akasa Air’s commitment to building a comprehensive, demand-led network across India by strengthening connectivity between major metropolitan centres and high-potential regional markets.

MRO, Top Stories

ST Engineering Opens New Airframe MRO Facility in Singapore

Singapore, 9 October 2026 : ST Engineering officially opened its new Commercial Aerospace airframe maintenance, repair and overhaul (MRO) facility at Changi Creek, located within Singapore’s Changi Airport, today. As ST Engineering’s fourth airframe MRO site in Singapore, the new facility expands the Group’s MRO capacity in one of the world’s leading aviation hubs and strengthens its Commercial Aerospace business’ global airframe MRO network to support growing aircraft maintenance demand. Singapore’s Deputy Prime Minister and Minister for Energy, Trade and Industry (Trade), Gan Kim Yong, graced the opening ceremony. The 84,000 sqm facility features four widebody aircraft bays which when fully operational, will add 40 percent additional capacity to ST Engineering’s widebody airframe MRO network in Singapore. This potentially translates to some 100 additional widebody aircraft serviced in Singapore per year, giving customers greater flexibility and assured access to maintenance slots as airline fleets expand and aircraft remain in service longer. Smarter Maintenance Through Digital Technologies and AI The facility is designed for a new generation of airframe maintenance, integrating digitisation, automation and AI to improve efficiency, visibility and maintenance outcomes. Advanced digital planning systems, automated storage and retrieval solutions, robotics and electronic documentation rooms provide end-to-end visibility across the maintenance lifecycle, enabling more streamlined and data-driven operations. Drones will perform general visual inspections with greater speed and precision, while Autonomous Mobile Robots will deliver aircraft parts directly from storage areas to maintenance bays, improving workflow efficiency and reducing manual handling. Real-time maintenance dashboards will provide instant operational insights, enabling faster and better-informed decision-making. Together with AI-enabled aircraft inspection and defect identification capabilities, these technologies will enhance maintenance quality, improve aircraft turnaround time and strengthen operational safety, reliability and customer service. This facility also incorporates sustainability features, including on-site solar generation and rainwater harvesting. Building a Future-Ready Workforce When fully ramped up, the facility is expected to employ over 500 people. To support increasingly digital and automated maintenance operations, ST Engineering will provide training and upskilling programmes in digital technologies and AI-enabled work processes, equipping employees with the skills needed to complement their technical expertise and work effectively alongside advanced technologies. “As airline fleets expand and aircraft stay in service longer, airlines need assured capacity, dependable reliability and consistently high quality. Our latest airframe facility aims to meet these customer expectations,” said Kevin Chow, President of Commercial Aerospace at ST Engineering. “This being Singapore’s latest aerospace facility designed for more technology-enabled MRO operations, it also reinforces the country’s strengths as a leading global aviation hub while supporting the development of advanced aerospace capabilities and skilled jobs here.” “ST Engineering’s new facility is a significant expansion of its MRO capacity and capabilities. The facility will feature advanced robotics, digital and AI capabilities that enable connected, automated and sustainable maintenance operations. These capabilities would provide opportunities for Singaporeans to upskill, work with exciting technologies and pursue rewarding careers in aerospace. We look forward to partnering companies like ST Engineering to further Singapore’s standing as a premier global aerospace and aviation hub,” said Cindy Koh, Executive Vice President at Singapore Economic Development Board. Outside Singapore, ST Engineering’s airframe MRO network in Asia Pacific includes facilities in Guangzhou and Ezhou, China. A second hangar at Ezhou is expected to become operational in the second half of 2027, while two new hangars in Pensacola, U.S., will become operational progressively from early 2027, further expanding the Group’s global capacity.

Interview

Acron Avionics division priorities in the SAARC region: Ron Nye

As civil aviation across the SAARC region—led by India’s massive fleet expansions— airspace modernisation, safety infrastructure, and fleet compliance have taken center stage. In this exclusive interview, Vishal Kashyap, Managing Editor of Aviation World, speaks with Ron Nye, President of Avionics at Acron Aviation, about the company’s strategic push into the South Asian market, modernising safety compliance with advanced flight recording systems, rollout of NextGen ADS-B surveillance, and localised sustainment partnerships. Excerpts… AW: What are your key priorities for Acron Aviation’s avionics division in the SAARC region? A: Our top priority across the SAARC region is bringing Acron Aviation closer to the customers who rely on our systems every day. That starts with our avionics MRO center in Bangalore, which is already reducing turnaround times and logistics costs for operators across South Asia, and began with flight recorder repair and will expand over the next three years to cover TCAS and display systems. Beyond the physical footprint, we’re focused on three things: building deep local technical talent, aligning our safety systems with each country’s evolving regulatory requirements, and making sure our supply chain can keep pace with the region’s growth. India in particular is one of the fastest-growing aviation markets in the world, and we intend to grow with it, not just sell into it. AW:How is Acron Aviation navigating current global supply chain dynamics and rising demand for its products and services in India? A: Like most of our industry, we’ve had to build more resilience into our supply chain over the past few years, qualifying additional sources for critical components, carrying strategic inventory closer to our customers, and investing in regional repair capability rather than routing everything back through our home facilities. India is a good example of that shift: rising fleet growth and traffic there have driven real demand for our recorders, displays, and surveillance products, and our Bangalore facility is a direct response. It shortens the loop between when a customer needs a repair and when they get their aircraft back in the air. We’re planning our capacity in India around where the market is going over the next five to ten years, not just where it is today. AW: India’s defense sector is strongly prioritizing “Make in India” and defense offset obligations. Is Acron Aviation looking into joint ventures or local manufacturing partnerships for avionics assembly in India? A: We take “Make in India” and the country’s offset framework seriously, because they reflect where a lot of our customers’ fleets and defense programs are headed. We’re actively evaluating what local manufacturing and assembly could look like for parts of our avionics platform, and conversations with potential Indian partners are ongoing. I don’t have a joint venture to announce today, but our approach with ACSS, our long-running venture with Thales on surveillance and collision-avoidance systems, shows how we like to build these relationships: deep technical integration, not just a label on a factory door. Any move we make in India will be built the same way: substantive, long-term, and aligned with what the Indian government and our customers actually need. AW:How do your latest flight data recorders and surveillance systems address specific regulatory frameworks across India and neighboring countries? A: Regulatory frameworks across India and its neighbors aren’t identical, and our systems have to work within each one. Our flight and cockpit voice recorders are already designed to meet the toughest applicable standards, including ED-112 crash-survivability requirements, and our Bangalore facility is pursuing DGCA CAR 145 certification now, with FAA, EASA, and CAAC approvals planned so we can support operators flying across multiple regulatory regimes on the same day. On the surveillance side, our SafeRoute+ and Lynx systems are built to the ICAO standards and regional mandates driving ADS-B adoption. Our job is to stay ahead of where each civil aviation authority in the region is heading, not just where the rules stand today. AW:To meet the airspace challenges, how are Acron Aviation’s TCAS and ADS-B solutions helping its customers improve flight path efficiency and airspace safety? A: South Asian airspace is getting busier every year, and that puts a premium on precise, predictable separation. Our Lynx ADS-B In/Out systems and SafeRoute+ surveillance platform give operators and air navigation service providers much more accurate real-time position data than legacy radar-based separation allows, which supports tighter, more fuel-efficient routing and reduces the padding controllers have to build into flight paths. On the collision-avoidance side, our TCAS systems, developed through our ACSS partnership with Thales, remain a core layer of protection as traffic density increases. Together, those systems let our customers fly more direct routes and closer schedules without compromising the safety margins that matter most in crowded airspace. AW:What initiatives are being taken toward expanding Acron Aviation’s MRO and customer support network? A: Bangalore is the clearest example of where we’re headed: a full-service avionics MRO center that started with recorder repair and is expanding over three years to cover TCAS and display systems too. But it’s part of a broader pattern for us. We want repair and support capability closer to where our customers actually operate, not concentrated in a handful of legacy locations. That means continued investment in field support, engineering resources, and spares availability across the Asia-Pacific region, built on the same quality standards across our global network. Customers should get the same turnaround and the same quality whether their aircraft is being serviced in Bangalore, London, or the United States. AW: What role do strategic partnerships play in Acron Aviation’s product roadmap moving forward? A: Partnerships are central to how we develop products, not an afterthought. Our joint venture with Thales through ACSS has shaped our surveillance and collision-avoidance roadmap for years, and our agreement with Deutsche Aircraft to supply flight recorder and standby systems for the D328eco program shows how we like to work with airframers early, as programs are being defined, rather than bidding after the fact. Going forward, I expect partnerships — with OEMs, with airlines, with regulators, and potentially with

Top Stories

India SAF Conclave 2026 puts farmers, finance, technology and global partnerships at the heart of aviation’s cleaner future

India’s SAF industry could create new agricultural markets, attract global investment and develop up to 40 million tonnes of annual production potential by 2050 NEW DELHI, 29th September  2026:  India’s sustainable aviation fuel (SAF) ambitions are creating a new intersection between aviation, agriculture, energy, technology and global investment, as the country seeks to build a globally competitive SAF production ecosystem. More than 500 delegates from 25+ countries, representing 200 companies and 100 industry leaders, gathered at Bharat Mandapam on September 28–29 for the second India SAF Conclave & Awards, organised by the SAF Association (SAFA). The two-day international platform brought together airlines, refiners, investors, technology companies, feedstock producers, policymakers and sustainability organisations to examine how India can move from SAF policy and targets to investment, production and commercial-scale deployment. India’s indicative SAF blending pathway for international aviation calls for 1% in 2027, 2% in 2028 and 5% by 2030, creating growing demand for production capacity, feedstock, infrastructure, certification and long-term offtake. From Indian farms to global aviation The SAF opportunity extends beyond aviation. Agricultural residues, ethanol, used cooking oil and other feedstocks could create new markets across India’s rural economy. Estimates presented at the conclave indicate that SAF feedstock opportunities could potentially add around US$160–300 (₹15,000–₹29,000) per hectare to farmer income, depending on feedstock, yields, collection systems and market economics. Various studies estimate that India could develop the potential to produce around 40 million tonnes of SAF annually by 2050, representing approximately 8–10% of estimated global SAF potential. “SAFA is committed to bringing the entire SAF value chain together through industry-led collaboration and global partnerships,” said Rohit Kumar, Secretary General, SAF Association & CMAI. “Our focus is to power the SAF transition together by connecting policymakers, investors, technology providers, feedstock players and buyers to create practical opportunities and turn collaboration into projects, investment and commercial-scale SAF production.” Investment, technology and global partnerships The conclave featured discussions across HEFA, Alcohol-to-Jet, Power-to-Liquid, Gas-to-SAF, carbon capture, project finance and long-term offtake agreements. Through its SAFA Matchmaking programme, the association connected project developers with investors, technology providers, feedstock companies and prospective buyers, creating opportunities for commercial partnerships and investment. International cooperation was also a major theme H.E. Issa Saleh Abdullah Saleh Al Shibani, Ambassador of Oman to India, said: “India’s SAF transition presents significant opportunities for collaboration across energy, technology and investment. Strong India-Oman partnerships can help develop sustainable aviation solutions and strengthen the clean-energy ecosystem. International cooperation will be critical to accelerating SAF adoption and building a sustainable aviation future.” H.E. Benedikt Höskuldsson, Ambassador of Iceland to India, said: “Green technologies and Power-to-X pathways can play an important role in shaping the next generation of sustainable aviation. Innovation must be connected with investment, technology deployment and practical implementation.” Making SAF’s climate benefit measurable SAF can deliver up to 80–90% lifecycle CO₂ emissions savings, depending on the feedstock and production pathway. Demonstrating those reductions through robust measurement, reporting, verification and certification will be essential for building confidence among airlines, investors and international markets. The conclave also examined sustainability certification, traceability and Book and Claim systems as the global SAF market develops. “Scaling SAF will require reliable feedstocks, technology readiness, financing, certification, infrastructure and long-term offtake commitments,” said Dr. Alok Sharma, Vice President, SAF Association and former Director, R&D, IOCL. The 2030 test India’s indicative pathway could increase SAF demand from approximately 46,000 tonnes in 2027 to around 250,000 tonnes by 2030. Meeting that ambition will require new production capacity, including planned HEFA and Alcohol-to-Jet projects, alongside stronger feedstock collection and supply chains. The India SAF Awards recognised organisations contributing to SAF policy, technology, feedstocks, investment, research and adoption. The event also marked the launch of SAFTimes.com, a dedicated knowledge and news platform focused on sustainable aviation fuel. India’s global SAF platform The India SAF Conclave & Awards, organised by SAFA, is emerging as an international platform connecting policy, investment, technology, feedstocks and aviation around the development of India’s SAF industry. The next edition will take place on September 16–17, 2027, in New Delhi, under the theme: “From Transition to Take-off: Scaling India’s SAF Ecosystem.”

Events, Top Stories

Airport-airline partnerships take centre stage at World Aviation Festival 2026

LISBON, Portugal, 2 October 2026 :  The World Aviation Festival (WAF) is introducing a dedicated Airport & Airline Collaboration Track at its 2026 event, taking place between 13-15 October in Lisbon. The programme will look at how airports and airlines can build joint operational resilience and enable seamless travel for passengers. It will also bring in perspectives from border management, ground handlers, and technology providers. Daniel Boyle, General Manager of Transport at WAF organiser Terrapinn, said: “Airlines and airports are facing many of the same pressures, but too often they are still trying to solve them in isolation. Meaningful collaboration between the two has never been more important.   “That’s why we’re creating an honest forum where leaders can cut through the usual talking points, confront the legacy systems and entrenched ways of working that continue to hold the industry back, and identify practical ways to move forward together. This isn’t collaboration for collaboration’s sake; it’s about delivering better operations, stronger commercial outcomes and, ultimately, a better passenger experience.” A panel on digital identity infrastructure will consider the role of standards including IATA One ID and ICAO Digital Travel Credentials, and whether passengers can expect to be able to travel end-to-end without a traditional passport by 2030. Panellists include Maurice Jenkins from Miami International Airport, Amin Lalani from Delta Air Lines, Vladimir Stojkovski from CLEAR, and Lisette Looren de Jong from the Dutch Ministry of Justice and Security. Another session will explore how airports, airlines and ground handlers can move beyond parallel responses and build joint operational resilience. Attendees can hear from Istvan Szabo of Berlin Brandenburg Airport, Ryan Abram of dnata, Adam Schipper of Ericsson, Chamith Seneviratne of Air Canada, and Marc-Philippe Lumpé of Air Transat. Girish Nair, COO at Bangalore International Airport, will take part in a fireside chat on how airports and airlines can better align their operations and commercial outcomes.

FOREWORD

Dear Readers,

The Asia-Pacific aviation sector is expanding rapidly, driving growth far beyond aircraft numbers into crucial verticals like MRO, training, logistics, and aerospace supply chains. In this edition of Aviation World, we bring you exclusive interviews and features from across these sectors, offering direct industry insights from top global leadership.

Our cover story highlights Shveta Gupta, CEO of Divyanshi Aviation. Under her dynamic leadership, the company has established itself as one of India’s premier aerospace supply chain providers, partnering with leading global manufacturers. Our corporate feature delves into Divyanshi Aviation’s core operations, paired with an exclusive interview where Ms. Gupta candidly shares her professional journey and vision for the company’s future.

This issue also features exclusive conversations with prominent industry leaders, including:

  • Ron Nye, President of Avionics, Acron Aviation
  • Bob Gibbs, Vice President, Defense & Special Missions Sales, Textron Aviation
  • Sudhir S. Rajeshirke, President – Aerospace, Jubilant Enpro
  • Emmanuel Simon, Program Manager and Aerospace Leader, PHINIA
  • Arved von zur Muehlen, Chief Commercial Officer, Saudia Group
  • Simon Azar, Vice President, Civil Aviation, Asia Pacific, CAE

Each leader offers key perspectives on their organization’s strategic initiatives and their growing contributions to the Indian aviation and aerospace ecosystem. Additionally, you will find expert-authored analytical features offering deep dives into current sector trends.

Aviation World continues to expand its global footprint as an official media partner for major domestic and international aviation events. Our editorial team will be participating in several upcoming global forums, and we look forward to connecting with industry peers and exploring new collaborations.

We extend our sincere gratitude to our advertisers and partners whose continued support fuels our endeavor.

Happy Reading!

The Editorial Team

Aviation World

NEWSLETTER

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We have started 2026 on a very positive note and we look forward to increase our footprints to more locations and induct many more new companies in our campaign.. Do write to us at : editor@aviationworld.in

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