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The Impact of Predictive Maintenance on Aircraft Parts Demand
February 18, 2026By ePlane AI
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Predictive Maintenance
Aircraft Parts Demand
Aerospace Supply Chain
The Impact of Predictive Maintenance on Aircraft Parts Demand
The aviation industry is experiencing a profound transformation as predictive maintenance redefines how airlines and maintenance providers manage aircraft performance and parts procurement. By harnessing real-time data, advanced analytics, and onboard diagnostics, operators can now anticipate maintenance requirements with greater accuracy. This shift is fundamentally altering demand patterns for aircraft components and fostering new efficiencies throughout the global aerospace supply chain.
From Reactive Replacement to Data-Driven Forecasting
Historically, airlines depended on scheduled inspections or responded to unexpected equipment failures, often resulting in imbalanced inventories characterized by surplus stock of some parts and shortages of others. This reactive maintenance approach not only increased operational costs but also occasionally led to aircraft being grounded due to unavailable components. Predictive maintenance, in contrast, allows airlines to forecast parts demand based on actual usage and the health status of components rather than relying on predetermined maintenance intervals. Through sensors and performance monitoring software that track parameters such as vibration, temperature, pressure, and electrical signals, maintenance teams receive early warnings of wear and potential failures. This proactive methodology enhances flight safety and reliability while enabling procurement teams to optimize inventory levels, reduce excess stock, and ensure the timely availability of critical parts.
Shifting Dynamics in Rotable and Consumable Parts Demand
The implementation of predictive maintenance is influencing demand for both rotable and consumable parts. For high-value rotable components—including avionics, hydraulic pumps, and actuators—real-time monitoring facilitates the extension of component lifecycles and the precise scheduling of overhauls, thereby avoiding premature replacements. Consumable items such as filters, seals, and fasteners also benefit from improved demand forecasting, which supports streamlined ordering processes and more effective supplier agreements. This balanced approach reduces unnecessary expenditures while maintaining rigorous airworthiness standards.
Market Momentum and Industry Challenges
With global air traffic demand remaining robust, predictive maintenance is generating significant momentum within the maintenance, repair, and overhaul (MRO) sector. The outlook for 2026 anticipates strong aftermarket support, particularly for aging aircraft models, presenting new opportunities for aftermarket providers. Nonetheless, the sector continues to face challenges, notably the ongoing grounding of Pratt & Whitney geared turbofan (GTF)-powered aircraft, a situation expected to persist until at least 2028 despite remediation efforts. In response to these evolving market conditions, competitors such as Duncan Aviation have adjusted component repair pricing to reflect the changing landscape.
Strengthening Supplier Collaboration and Transparency
The growing reliance on operational data is also transforming supplier relationships. Airlines and procurement teams are increasingly collaborating with manufacturers and distributors by sharing real-time information to enhance coordination and ensure traceable documentation. This approach, long established in industrial manufacturing, improves transparency, builds trust, and mitigates procurement risks. Consequently, the supply chain becomes more agile and resilient, better aligned with the demands of contemporary aviation operations.
Policy Support and Cost Reduction Initiatives
Government policy is playing a supportive role in the industry’s evolution. The Union Budget 2026’s removal of basic customs duty on aircraft components is expected to reduce maintenance costs and strengthen India’s aviation manufacturing ecosystem. This policy change further facilitates the adoption of predictive maintenance strategies by airlines and contributes to the streamlining of operational processes.
Reducing Downtime and Operational Costs
One of the most significant advantages of predictive maintenance lies in its ability to minimize aircraft downtime. By identifying potential failures early, maintenance can be scheduled during planned service windows, thereby reducing operational disruptions, enhancing fleet availability, and enabling more effective budgeting across the industry. As predictive maintenance becomes the prevailing standard, it is poised to redefine aircraft parts demand and reshape the future of aviation supply chains.
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OBAP Responds to Secretary Duffy on Aviation Hiring Standards
OBAP Responds to Secretary Duffy on Aviation Hiring Standards
**OLIVE BRANCH, Miss., Feb. 18, 2026** – The Organization of Black Aerospace Professionals (OBAP) has reaffirmed its dedication to maintaining the highest levels of professionalism and safety in the aviation industry following the recent announcement of a merit-based pilot hiring directive issued by Transportation Secretary Sean Duffy.
Commitment to Excellence and Safety
In a formal statement, OBAP Board Chair Tennesse Garvey underscored the organization’s mission to inspire, mentor, and develop aerospace professionals who consistently meet and exceed the stringent standards established by the Federal Aviation Administration (FAA) and the broader aviation sector. Garvey emphasized that OBAP’s guiding principle, known as OBAP Excellence, embodies the conviction that safety and excellence are fundamentally intertwined.
The federal directive mandates merit-based hiring practices across the aviation industry, prompting airlines and related organizations to reassess and potentially overhaul their recruitment procedures to ensure full compliance. This shift is anticipated to increase training and certification expenditures, while noncompliance could expose organizations to intensified federal scrutiny and investigations.
Addressing Diversity and Inclusion Concerns
Garvey addressed concerns regarding the impact of diversity, equity, and inclusion (DEI) initiatives within the context of the new hiring standards. She clarified that these efforts are not intended to lower professional benchmarks but rather to eliminate barriers that prevent qualified candidates from competing on an equal footing. “The rigorous evaluations, certifications, and recurrent proficiency checks remain unchanged and are non-negotiable,” Garvey affirmed, reinforcing OBAP’s commitment to uncompromising standards.
As the aviation industry adjusts to the new directive, some companies may adopt similar merit-based hiring practices to enhance their competitive standing, while others might resist or lobby against the changes to alleviate compliance challenges.
Honoring Legacy and Looking Forward
In recognition of Black History Month, OBAP paid tribute to pioneering figures such as the Tuskegee Airmen and other Black aviation trailblazers whose contributions have shaped both excellence and opportunity within the field. Garvey highlighted that diversity strengthens, rather than diminishes, safety and professionalism. She noted OBAP’s 50-year legacy of ensuring that all aspiring aviation professionals qualify based on merit and uphold the industry’s rigorous safety values.
OBAP expressed its readiness to engage constructively with policymakers and industry stakeholders to advance initiatives that reinforce the U.S. aviation workforce, uphold the highest safety standards, and honor the dignity and potential of all aviation professionals.
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**About OBAP**
Founded in 1976, the Organization of Black Aerospace Professionals is a nonprofit organization dedicated to inspiring excellence and expanding opportunities in aerospace through exposure, education, and mentorship. OBAP annually reaches over 20,000 students through youth programs and provides career development, training, and advocacy for aerospace professionals worldwide.
Nesma Airlines Adds Two Wet-Leased Boeing 737s to Expand Regional Operations
Nesma Airlines Expands Fleet with Two Wet-Leased Boeing 737s
Nesma Airlines has announced the addition of two wet-leased Boeing 737 aircraft to its fleet, a strategic move designed to strengthen its regional presence and increase capacity. This expansion is intended to enhance service on both domestic and regional routes, aligning with Egypt’s growing tourism sector and the broader recovery of air travel across the Middle East and North Africa (MENA) region.
The wet-lease agreement, which includes aircraft, crew, and maintenance, offers Nesma Airlines a flexible and cost-effective solution to scale operations without committing to long-term investments. This arrangement allows the airline to swiftly respond to rising demand as travel restrictions ease and both business and leisure travel resume momentum throughout the region.
Enhancing Regional Connectivity and Operational Efficiency
The introduction of the Boeing 737s represents a significant step in Nesma Airlines’ efforts to capture a larger share of the competitive regional market. These aircraft will primarily serve key domestic routes within Egypt while expanding services to neighboring destinations, providing more frequent flights for a diverse range of travelers.
Known for its versatility, fuel efficiency, and reliability, the Boeing 737 aligns well with Nesma Airlines’ operational objectives. Its capacity to accommodate passengers across business and economy classes makes it particularly suitable for short- and medium-haul routes. Additionally, the aircraft’s lower operating costs offer a competitive advantage in the busy airspaces of the MENA region.
Navigating a Competitive and Evolving Market
Nesma Airlines’ fleet expansion occurs amid intensifying competition within the MENA aviation sector. Regional carriers such as Air Cambodia have recently placed substantial orders for Boeing 737 Max aircraft, signaling aggressive growth strategies. At the same time, airlines including Eurowings and FlyDubai are expanding their fleets through wet-lease agreements and new aircraft acquisitions.
This competitive environment is likely to prompt adjustments in fleet composition and route networks among rival carriers as they seek to maintain or increase their market share. Nesma Airlines will need to carefully manage the integration of the new wet-leased aircraft into its operations while navigating regulatory requirements across multiple jurisdictions.
Supporting Egypt’s Tourism and Economic Recovery
The timely addition of these aircraft positions Nesma Airlines to better accommodate the surge in passenger demand and contribute to Egypt’s tourism recovery. By increasing capacity and improving connectivity, the airline is poised to play a pivotal role in supporting the country’s economic revival and enhancing its status as a regional travel hub.
As the MENA aviation market continues to evolve, Nesma Airlines’ agile approach—leveraging wet-leased Boeing 737s—underscores its commitment to meeting passenger needs, maintaining competitiveness, and fostering broader industry growth.
How U.S. Airlines Are Using Artificial Intelligence
How U.S. Airlines Are Integrating Artificial Intelligence
Major U.S. airlines, including Delta Air Lines, United Airlines, and Southwest Airlines, are increasingly incorporating artificial intelligence (AI) into their operations, reflecting the technology’s growing influence within the aviation sector. In their recently published 2025 annual reports, these carriers detailed a variety of AI applications spanning baggage handling, marketing, and flight operations optimization. Alongside these advancements, airlines have also acknowledged the inherent risks associated with AI, such as cybersecurity vulnerabilities and potential reputational damage.
Enhancing Operational Efficiency and Customer Experience
Delta Air Lines has employed AI to improve baggage routing, particularly for flights with tight connections, thereby enhancing on-time performance. The airline also utilizes AI to optimize maintenance schedules, aiming to reduce delays and increase reliability. Similarly, Southwest Airlines applies AI to boost operational efficiency and tailor marketing efforts, striving to deliver more personalized experiences to its customers.
United Airlines has adopted a more measured approach, linking its AI integration to workforce reductions. The carrier emphasizes both the operational benefits of AI, such as increased efficiency, and the ethical challenges it presents. United’s disclosures highlight the importance of managing AI’s impact on employment and corporate reputation with caution.
Industry Adoption and Emerging Challenges
The adoption of AI is expanding rapidly across the travel industry’s value chain, with practical applications showcased at forums like the Skift Data + AI Summit. Airlines are leveraging AI not only to enhance operational performance but also to refine marketing strategies and improve customer service.
However, this swift integration introduces significant challenges. Cybersecurity remains a primary concern, as improper AI use could expose sensitive information or harm an airline’s public image. The industry also faces a shortage of skilled personnel; only 6% of U.S. hiring managers report having adequate expertise on staff to execute critical AI projects. Furthermore, the proliferation of AI-generated job applications complicates recruitment efforts, making it increasingly difficult for airlines to identify genuinely qualified candidates.
Market Context and Broader Implications
The broader market environment is shaped by global economic uncertainties, including bond market volatility and tariff threats from the U.S. administration. Despite these challenges, sectors such as defense, which are actively integrating AI, are viewed as promising investment opportunities.
As AI becomes more deeply embedded in aviation, airlines are navigating the balance between harnessing its potential to improve efficiency and customer service and addressing the associated risks and ethical considerations. The industry’s growing transparency regarding AI use underscores both its significance and the complexities it introduces to airline operations.
Fiji Airways Expands Fleet with A350 Lease Transfer to Enhance International Service
Fiji Airways Expands Fleet with A350 Lease Transfer to Enhance International Service
Fiji Airways has finalized a significant lease transfer involving two Airbus A350-900 aircraft, underscoring its commitment to maintaining reliable international service and ensuring long-term fleet stability. This transaction, conducted under stringent government aviation oversight, guarantees the continued operation of the airline’s flagship jets on critical trans-Pacific routes, including Los Angeles and San Francisco.
Strategic Fleet Management and Operational Continuity
The two A350-900 aircraft, bearing serial numbers MSN 260 and MSN 251, have been transferred from GOAL Aircraft Leasing to AviLease, a Riyadh-based lessor and subsidiary of Saudi Arabia’s Public Investment Fund. Fiji Airways will maintain operation of these aircraft under the existing lease agreements, with the transfer officially recorded in December 2025. For passengers, this change will be imperceptible, as flight schedules and services remain uninterrupted.
This lease transfer represents more than a routine administrative adjustment. The A350-900s are integral to Fiji Airways’ fleet modernization strategy, offering enhanced long-range capabilities, improved fuel efficiency, and reduced operational costs compared to older widebody aircraft. Their continued deployment is essential as the airline competes on high-demand international routes, reinforcing its position in a competitive market.
Industry Challenges and Regulatory Compliance
Despite securing fleet continuity through this lease transfer, Fiji Airways continues to navigate broader challenges within the aviation industry. Global supply chain disruptions have complicated aircraft deliveries, while the introduction of advanced jets such as the A350 has led to increased operational expenses. The airline also faces competition from established carriers, which may respond with fare adjustments, route expansions, or fleet upgrades to maintain market share.
Market analysts are closely monitoring Fiji Airways’ financial performance and strategic initiatives amid these pressures. The airline’s ability to sustain uninterrupted service with modern aircraft is viewed positively, though scrutiny remains high as the industry contends with persistent supply chain constraints and growing demand for larger, more efficient jets.
The lease transfer was executed with comprehensive regulatory oversight. Aviation authorities conducted thorough reviews of airworthiness and maintenance records, examined lease agreements, and ensured all documentation complied with civil aviation standards. Fiji Airways retains full operational control under its air operator certificate, preserving safety standards and route permissions.
Financially, the transaction benefits all parties involved. GOAL Aircraft Leasing gains liquidity to pursue new investment opportunities, while AviLease expands its portfolio of modern, fuel-efficient aircraft. For Fiji Airways, the arrangement secures access to critical long-haul jets without disrupting service.
Passenger Experience and Market Position
For travelers, the lease transfer will have no noticeable impact. Fiji Airways’ A350s will continue to provide the same high level of comfort and reliability on international routes, reflecting the airline’s dedication to operational excellence despite ongoing industry challenges.
The successful completion of this A350 lease transfer strengthens Fiji Airways’ position in the competitive international aviation market, balancing strategic fleet management with the realities of a complex and evolving industry landscape.
The New Aircraft Succeeding the Boeing 777-200
The New Aircraft Succeeding the Boeing 777-200
As the Boeing 777-200 approaches the end of its operational lifespan—having first taken to the skies in 1994—major legacy airlines are actively pursuing modern replacements to sustain their fleets into the late 2020s and beyond. With these aircraft now exceeding 30 years in service, carriers such as American Airlines and United Airlines are shifting focus toward newer, more efficient models that align with evolving market demands and increasingly stringent regulatory requirements.
Fleet Transition and Replacement Strategies
Data from ch-aviation reveals that both American and United Airlines continue to operate substantial fleets of 777-200 and 777-200ER aircraft, yet their strategic emphasis is clearly moving toward the Boeing 787 Dreamliner family, particularly the 787-9 variant. United Airlines also maintains a significant number of aging 767s, which are similarly slated for replacement in the near future.
American Airlines currently operates 40 active 777-200ERs alongside 33 active 787-8s and 29 active 787-9s, with an additional 19 Dreamliners on order. United Airlines’ fleet includes 13 active 777-200s and 45 active 777-200ERs, complemented by 47 active 767-300ER/400ERs. The carrier also fields 11 active 787-8s, 47 active 787-9s with 85 more on order, and 20 active 787-10s with 56 additional units pending delivery. This substantial investment in the Dreamliner family underscores both airlines’ commitment to phasing out older 777-200s and, in United’s case, replacing the 767 fleet as well.
The Boeing 787-9: A Superior Successor
The Boeing 787-9 Dreamliner has emerged as the preferred successor to the 777-200, distinguished by its enhanced range and operational versatility. Capable of flying up to 7,565 nautical miles, the 787-9 surpasses the standard 777-200’s range of 5,240 nautical miles and even exceeds the 777-200ER’s 7,065 nautical miles. Furthermore, the 787-9 requires a shorter takeoff distance—8,500 feet compared to 11,100 feet for the 777-200ER—enabling access to a broader array of airports.
Beyond range and runway performance, the 787-9 offers significant improvements in fuel efficiency, reliability, and overall operating costs. These factors are critical in a highly competitive airline market, making the Dreamliner family not only a natural replacement for the 777-200 but also a viable option to supplant the aging 767 fleet.
Industry Challenges and Market Dynamics
Despite the clear momentum behind the 787-9, the transition to newer aircraft is not without obstacles. Both Boeing and Airbus face mounting pressure to accelerate production rates to satisfy growing demand, a challenge that will dominate industry management agendas through 2026. Delivery delays, particularly in the Asia-Pacific region, continue to test airline patience, even as confidence in long-term market growth remains robust.
The Boeing 777X, once considered a potential replacement for older 777 variants, has encountered repeated production setbacks. Notably, no major U.S. carrier—including American and United—has placed significant orders for the 777X, reflecting skepticism about its near-term viability.
Meanwhile, competitors such as Embraer are recalibrating their strategies, prioritizing sales of their E2 jets and focusing on expansion in defense and emerging electric vertical takeoff and landing (eVTOL) markets rather than launching new commercial airliner programs.
Conclusion
As legacy carriers retire their aging 777-200 fleets, the Boeing 787-9 Dreamliner has established itself as the leading replacement, offering superior efficiency, range, and operational flexibility. However, ongoing production and delivery challenges continue to shape the competitive landscape, influencing fleet decisions and industry dynamics for years to come.
eVTOL Aircraft Market Projected to Reach $8 Trillion by 2033 Amid Urban Air Mobility Growth
eVTOL Aircraft Market Projected to Reach $8 Trillion by 2033 Amid Urban Air Mobility Growth
LONDON, Feb. 18, 2026 — The global electric vertical take-off and landing (eVTOL) aircraft market is on track for significant expansion, with its value expected to increase from approximately $1.4 billion in 2026 to $8.1 billion by 2033. This growth, reflecting a compound annual growth rate (CAGR) of 28.5%, is driven by escalating investments in urban air mobility infrastructure, technological innovations, and a growing demand for sustainable aviation solutions.
eVTOL aircraft are transforming urban transportation by providing energy-efficient, low-emission platforms suitable for air taxi services, emergency response, cargo delivery, and regional travel. Their potential to ease urban congestion and facilitate rapid, point-to-point travel has attracted substantial global interest and investment.
Urbanization and Infrastructure as Catalysts for Growth
The rapid pace of urbanization and the urgent need to alleviate traffic congestion in major metropolitan areas are key factors accelerating the adoption of eVTOL technology. Both governments and private sector entities are committing billions of dollars to develop vertiport infrastructure, advanced air traffic management systems, and regulatory frameworks that support next-generation air mobility. Pilot programs across the United States, Europe, and Asia are actively testing eVTOL routes connecting airports to city centers, demonstrating both market demand and operational viability.
Significant milestones include successful demonstration flights by leading manufacturers and the initiation of urban air taxi services in California. Strategic partnerships aimed at advancing air mobility infrastructure further highlight the sector’s increasing maturity and readiness for commercial deployment.
Regional Dynamics and Competitive Landscape
North America currently leads the eVTOL market, benefiting from progressive regulatory environments, a strong aerospace research and development ecosystem, and early urban air mobility trials. Meanwhile, the Asia Pacific region is emerging as the fastest-growing market, supported by substantial investments in smart city projects, manufacturing capabilities, and government-backed low-altitude aviation initiatives. China and Japan are at the forefront of this growth, leveraging regulatory support and manufacturing advancements, while Singapore has introduced its domestic eVTOL prototype, underscoring its strategic role in the sector.
Competition is intensifying in the region, with Japan and South Korea striving to establish comprehensive eVTOL networks. A notable recent development includes Eve Air Mobility securing an order for 50 eVTOL aircraft from AirX in Japan, signaling strong regional commitment to commercial operations.
Technological Progress and Market Challenges
Technological advancements in electric propulsion, autonomous flight systems, and energy storage are central to the market’s expansion. Battery-electric eVTOLs currently dominate revenue share due to their superior energy efficiency and low noise emissions, while hybrid-electric models provide additional operational versatility.
Despite the optimistic outlook, the industry faces challenges including regulatory complexities, the pace of technological innovation, and competition from established aerospace manufacturers. The development of critical infrastructure, particularly vertiports and sophisticated air traffic management systems, remains essential to scaling commercial eVTOL operations on a global scale.
As urban air mobility continues to evolve, the eVTOL aircraft market is poised to play a pivotal role in shaping the future of sustainable and efficient urban transportation worldwide.
Pegasus Airlines Opens New MRO Facility in Istanbul
Pegasus Airlines Opens Advanced MRO Facility in Istanbul
Expansion of Technical Capabilities at Sabiha Gökçen Airport
Pegasus Airlines has officially inaugurated a cutting-edge aircraft maintenance, repair, and overhaul (MRO) centre at Istanbul Sabiha Gökçen Airport, marking a pivotal enhancement of its technical infrastructure. The new facility, emphasising digitalisation, operational efficiency, and sustainability, is capable of servicing up to five narrow-body aircraft simultaneously. This development significantly strengthens the airline’s operational resilience and maintenance capacity.
The project, initiated in January 2025 with an investment of $40 million, was completed within a year and features two maintenance hangars alongside a dedicated paint hangar. These facilities support a comprehensive range of services, including line and base maintenance, engine and landing gear replacements, avionics and structural modifications, full aircraft painting and livery design, component maintenance, and training programmes. Pegasus aims to reduce maintenance turnaround times, optimise resource utilisation, and minimise aircraft downtime through this expansion.
Future Growth and Strategic Importance
Pegasus plans to further expand the MRO centre in two additional phases. The second phase, expected to conclude by late 2026, will introduce another hangar, increasing base maintenance capacity to accommodate five more narrow-body aircraft. A third phase, projected to commence within four to five years, will further enlarge the facility to handle up to ten aircraft, completing the airline’s vision for a comprehensive maintenance hub.
Güliz Öztürk, CEO of Pegasus Airlines, described the investment as a strategic milestone in the company’s sustainable growth trajectory. She emphasised that the new hangars will enhance the airline’s ability to manage the maintenance demands of its expanding fleet more effectively while accelerating its digital transformation and operational efficiency. Öztürk highlighted that optimising maintenance processes is integral to delivering a seamless travel experience for passengers.
Context Within the Global MRO Landscape
The launch of Pegasus’s MRO facility occurs amid intensifying competition in the global aircraft maintenance sector. Established industry players such as AAR, which recently opened a new hangar in Oklahoma City, and RTX, with a $139 million investment in Singapore, are actively expanding their operations to meet growing demand. Industry analysts suggest that Pegasus’s facility will be closely monitored as it addresses increasing regional maintenance needs, particularly with the rising aviation market in Latin America.
In response, competitors may pursue further expansions or strategic partnerships to maintain their market positions, reflecting ongoing consolidation and innovation trends within the MRO industry. Pegasus’s investment highlights both the opportunities and challenges airlines face as they seek to bolster their technical infrastructure amid shifting global dynamics in aviation maintenance.
ARCO Names Rightnowar Head of Commercial Aviation
ARCO Appoints Scott Rightnowar as Head of Commercial Aviation
ARCO National Construction has announced the appointment of Scott Rightnowar as the new head of its commercial aviation division. In this capacity, Rightnowar will oversee the company’s national aviation business, focusing on the growth and execution of complex development programs involving airports, airlines, hangars, and maintenance, repair, and overhaul (MRO) facilities across the United States.
Extensive Experience in Aviation Infrastructure
ARCO, a prominent national design-build contractor, has established a strong reputation for delivering critical aviation infrastructure, including aircraft hangars, MRO facilities, flight training centers, cargo buildings, and terminal support spaces. The company collaborates closely with airlines, airport authorities, original equipment manufacturers (OEMs), and aviation service providers to execute projects of significant scale and complexity.
Rightnowar brings more than a decade of executive leadership experience in aviation and industrial development. His career includes managing global real estate portfolios exceeding 84 million square feet and overseeing capital programs valued in the billions. He has held senior roles in aviation infrastructure, MRO developments, manufacturing, and mission-critical facilities worldwide. Prior to joining ARCO, Rightnowar directed aviation and industrial real estate initiatives nationwide, including large-scale MRO hangars, multi-phase campus relocations, and airline infrastructure planning aligned with major fleet expansions. His expertise also extends to enterprise projects involving public-private partnerships, long-term ground leases, and complex airport developments in collaboration with federal agencies, airport authorities, and international stakeholders.
Strategic Vision Amid Industry Challenges
In his new role, Rightnowar is tasked with expanding ARCO’s established aviation portfolio and strengthening partnerships across the commercial aviation sector. The company’s capabilities encompass widebody and narrowbody hangars, integrated MRO campuses, specialized structural systems, and intricate airside coordination. ARCO also undertakes infrastructure upgrades that require meticulous phasing within active airport environments. Rightnowar will lead projects ranging from large-scale hangars and integrated maintenance campuses to airside-support infrastructure, aligning ARCO’s turnkey delivery model with the evolving demands of commercial aviation clients.
Rightnowar assumes leadership at a time of significant challenges within the commercial aviation industry. The sector faces intensified competition and shifting market dynamics, with major manufacturers Airbus and Boeing adjusting production rates and making critical decisions regarding future aircraft programs. Under new leadership by Lars Wagner, Airbus aims to increase widebody production, while Boeing continues to dominate that segment, with Airbus leading in narrowbody aircraft. These strategic developments are expected to influence market demand and infrastructure needs, directly affecting ARCO’s aviation projects.
Furthermore, the airline industry’s competitive landscape, combined with ongoing economic, regulatory, and geopolitical uncertainties, adds layers of complexity. Successfully navigating these factors will be crucial as Rightnowar guides ARCO’s efforts to deliver essential aviation infrastructure and respond to the sector’s rapidly evolving requirements.
Rightnowar holds a Bachelor of Science in Business from Eastern Illinois University and is a Certified Commercial Investment Member (CCIM).
United Nigeria Airlines Plans New York Flights and Public Listing
United Nigeria Airlines Announces Ambitious Expansion and Public Listing Plans
United Nigeria Airlines has unveiled a comprehensive growth strategy that includes launching direct flights to New York and pursuing a listing on the Nigerian Stock Exchange within the next three to five years. Speaking at the airline’s fifth anniversary press conference in Lagos on February 12, Chairman Obiora Okonkwo emphasized the company’s intention to expand into intercontinental markets by the summer of 2026.
Strategic Shift Toward Intercontinental Operations
Okonkwo highlighted the stock exchange listing as a critical element of the airline’s medium-term financial strategy. The move aims to reduce dependence on expensive bank loans, which currently carry interest rates between 30% and 35%. “It is our midterm plan. Trust us, within the next three years, five years, we will be on the stock exchange,” he stated, underscoring the airline’s commitment to fulfilling regulatory, corporate governance, and financial prerequisites to attract external investors.
As part of its five-year operational roadmap, United Nigeria Airlines plans to initiate intercontinental flights to key global destinations including Dubai, Jeddah, Rome, the United Kingdom, and notably, New York. Okonkwo confirmed that the airline intends to commence direct flights to New York by the end of the second quarter of 2026. These services will be operated using wet-leased Airbus A330-200 aircraft from Air Anka, with the first aircraft scheduled for delivery on July 26, 2026, and a second following in October.
Navigating a Competitive Transatlantic Market
The airline’s expansion into the transatlantic market comes amid intensifying competition. United Nigeria Airlines will need to secure regulatory approvals and effectively integrate new widebody aircraft into its fleet. Established carriers such as United Airlines are simultaneously expanding their international routes, particularly from hubs like Chicago, while emerging competitors like Sunrise Airways Dominicana are actively seeking permits for scheduled services to the United States, further heightening competition on these routes.
In addition to its intercontinental ambitions, United Nigeria Airlines plans to introduce six new regional routes by mid-2026, targeting cities including Dakar, Monrovia, and Johannesburg. To support this regional growth, the airline has acquired six Boeing 737-800 NG aircraft from Southwest Airlines and is negotiating for three additional units, with deliveries expected to begin in March 2026.
Fleet and Maintenance Developments
Currently, United Nigeria Airlines operates a modest fleet comprising five in-house aircraft—four Embraer E145s (three of which are inactive) and one inactive Boeing 737-500. The airline also wet-leases seven aircraft, including four A320-200s from Fly2Sky, two CRJ900s from CemAir, and one E190 from Windrose Airlines, according to ch-aviation data.
Okonkwo further revealed that the airline has transitioned to an approved maintenance organisation (AMO) structure, laying the foundation for establishing its own maintenance, repair, and overhaul (MRO) facility within the next three years.
Founded in 2021 with a single route between Lagos and Enugu, United Nigeria Airlines is positioning itself as a growing force in both regional and international aviation markets, despite the challenges posed by increased competition and operational complexities.
Star Air's Approach to Regional Expansion
Star Air’s Calculated Path to Regional Expansion
Regional aviation in India presents a landscape of both significant opportunity and notable challenges. Star Air’s current expansion strategy exemplifies a cautious yet deliberate approach, balancing growth ambitions with the sector’s inherent limitations. The airline is actively broadening its network, securing capital, and preparing to increase its fleet size, all while remaining mindful of the constraints posed by thin routes, price-sensitive passengers, and infrastructure that often struggles to keep pace with demand.
Strategic Focus on Operational Discipline
Star Air’s expansion is underpinned by a commitment to operational discipline rather than rapid, unchecked growth. The airline is methodically building its foundation around fleet commonality, robust backend systems, cargo capabilities, and strong station-level operations. These elements are integral to sustainable scaling, ensuring that growth in routes and aircraft does not overwhelm the airline’s operational capacity. In a segment where overextension can quickly undermine progress, Star Air’s approach prioritizes stability and efficiency.
Competitive Advantage on Thin Routes
According to Simran Singh Tiwana, CEO of Star Air, the airline’s competitiveness on regional and thin routes is driven by a multi-faceted, cost-conscious strategy. Central to this is the standardisation of its fleet around efficient Embraer regional jets. These right-sized aircraft enable Star Air to maintain lower unit costs compared to larger narrow-body planes, particularly on routes with limited demand. The use of smaller aircraft also reduces airport charges and operating expenses, allowing the airline to align capacity closely with demand and avoid oversupply.
A significant portion of Star Air’s network operates under the Government of India’s UDAN (Regional Connectivity Scheme), which provides viability gap funding (VGF) to support affordable fares and mitigate financial risks during the initial phases of route development. This framework assists the airline in controlling costs, stimulating regional demand, and maintaining competitiveness, even as larger carriers such as IndiGo and Cebu Pacific expand aggressively in the Asia-Pacific region with competitive pricing strategies.
Phased Fleet Expansion Amid Industry Challenges
Star Air is pursuing a phased approach to fleet expansion, with plans to increase its current fleet from 12 to approximately 25 aircraft by 2027. The airline is considering the addition of new Embraer regional jets, reflecting confidence in medium-term demand growth and a commitment to disciplined scaling. In late 2025, Star Air secured ₹150 crore in Series B funding—its first external capital infusion—to support fleet induction, network expansion, and infrastructure enhancements, including engineering and maintenance capabilities.
Despite these positive developments, the expansion path is not without obstacles. Delivery delays and intensified competition from established players are testing Star Air’s resilience. As competitors increase their fleet sizes and implement aggressive pricing to defend market share, Star Air faces heightened scrutiny regarding its operational efficiency and financial stability.
Building Technical Capability for Sustainable Growth
Industry-wide shortages of pilots and technicians continue to pose significant challenges. Star Air has responded by investing in training, standardisation, and long-term partnerships rather than pursuing unsustainable growth. Operating a single aircraft family simplifies type-rating, recurrent training, and crew rostering, which helps maintain operational stability even as the airline scales.
As Star Air navigates a competitive and evolving aviation landscape, its measured approach—emphasising efficiency, cost control, and operational readiness—will be essential to sustaining growth and establishing a durable presence in India’s regional aviation market.
