Aircraft Orders & Deliveries
Embraer Gains South African Certification for E190-E2 and E195-E2 Jets
Embraer secures South African certification for E190-E2 and E195-E2 jets, supporting Airlink’s fleet expansion and regional aviation growth.
The Brazilian aircraft manufacturer Embraer achieved a significant regulatory milestone in September 2025 when the South African Civil Aviation Authority (SACAA) granted type acceptance certification for the company’s next-generation E190-E2 and E195-E2 aircraft. This certification represents more than a regulatory achievement, it marks a strategic entry point for advanced regional aviation technology into one of Africa’s most important aviation markets, coinciding with South African carrier Airlink’s ambitious fleet expansion plans that include the introduction of ten new E195-E2 aircraft by 2027. The certification process, conducted in parallel with engine partner Pratt & Whitney’s PW1900G powerplant approval, demonstrates the collaborative nature of modern aircraft certification and underscores the growing importance of the African aviation market for global manufacturers. This development occurs against the backdrop of a recovering South African aviation sector valued at USD 6.29 billion in 2023 and projected to reach USD 8.66 billion by 2032, representing a compound annual growth rate of 3.62 percent during a period of sustained tourism growth and infrastructure investment.
The significance of this milestone extends well beyond South Africa’s borders. As African aviation continues to grow, the entry of technologically advanced regional jets like Embraer’s E2 family signals a shift in the continent’s connectivity, efficiency, and environmental sustainability. The certification not only strengthens Embraer’s competitive position but also supports broader economic and infrastructural ambitions within South Africa and across the continent.
The type acceptance certification granted by the South African Civil Aviation Authority represents a crucial regulatory achievement that enables commercial operations of Embraer’s latest E-Jets technology within South African airspace. The certification process involved comprehensive evaluation of both aircraft variants alongside their Pratt & Whitney PW1900G engines, demonstrating the integrated approach required for modern aviation certification. According to Stephan Hannemann, Senior Vice President for Africa and Middle East at Embraer Commercial Aviation, this certification “opens new opportunities for the aircraft, which has already attained significant success across the world,” while enabling passengers to “look forward to experiencing the E2’s class-leading comfort very soon.”
The regulatory framework governing aircraft certification in South Africa requires extensive documentation review, technical evaluation, and compliance verification as outlined in the South African Civil Aviation Authority’s Technical Guidance Material for the Issuance of a Certificate of Airworthiness. This comprehensive process includes document compliance phases where SACAA teams evaluate and approve applicant manuals and required documents, followed by demonstration and inspection phases that determine compliance with regulations, proposed aircraft manual procedures, and safe operating practices. The successful completion of this process for the E2 variants represents validation of Embraer’s aircraft design, manufacturing quality, and operational safety systems according to South African regulatory standards.
The certification timing proves particularly strategic given the broader context of African aviation liberalization efforts. The Single African Air Transport Market (SAATM) initiative, which came into force in 2018 with 38 countries now participating, aims to create a unified aviation market across the continent. Full implementation of SAATM is expected to increase intra-African passenger traffic by 51 percent while reducing airfares by 26 percent, creating significant opportunities for airlines equipped with modern, efficient aircraft like the E2 family. The South African certification positions Embraer advantageously to capitalize on this liberalization trend as airlines seek to expand their networks across the continent.
“The E2’s class-leading comfort and efficiency will soon be available to South African passengers, opening new opportunities for the aircraft in Africa.” – Stephan Hannemann, Embraer Commercial Aviation
The parallel certification of the Pratt & Whitney PW1900G engines represents an equally important achievement, as these powerplants are integral to the E2 family’s performance advantages. The PW1900G engines are part of Pratt & Whitney’s Geared Turbofan (GTF) engine family, which offers double-digit improvements in fuel consumption, up to 75 percent reduction in noise footprint, and up to 50 percent reduction in nitrogen oxide emissions compared to previous generation engines. The engines utilize an advanced gear system that allows the engine’s fan to operate at a different speed from the low-pressure compressor and turbine, resulting in lower fan pressure ratios and higher bypass ratios that enable all components to achieve their respective optimum speeds.
The Embraer E-Jet E2 family represents a comprehensive evolution of the original E-Jets program, incorporating advanced technology and design improvements to deliver enhanced performance, efficiency, and passenger comfort. The family comprises three variants sharing the same fuselage cross-section but featuring different lengths and three different redesigned wings, fly-by-wire controls with new avionics, and updated cabin configurations. The variants offer maximum take-off weights ranging from 44.6 to 62.5 tons and cover operational ranges of 2,000 to 3,000 nautical miles, positioning them strategically within the regional aircraft market segment.
The E195-E2, as the largest variant in the family, has been specifically designed to maximize returns and efficiency on high-density routes. The aircraft features a maximum take-off weight of 62,500 kilograms, a maximum landing weight of 54,000 kilograms, and a maximum payload capacity of 16,150 kilograms. The aircraft’s fuel capacity reaches 13,690 kilograms, enabling a range of 3,000 nautical miles with full passenger load under long-range cruise conditions. Performance characteristics include a maximum cruise speed of Mach 0.82, a take-off field length of 1,840 meters at maximum take-off weight, and a landing field length of 1,290 meters at maximum landing weight. Passenger accommodation flexibility represents a key strength of the E195-E2 design, with configurations ranging from 120 seats in a three-class layout to 146 seats in a high-density single-class arrangement. The three-class configuration allocates 12 seats at 36-inch pitch, 24 seats at 34-inch pitch, and 84 seats at 31-inch pitch, while the standard single-class layout accommodates 132 passengers at 31-inch pitch. The high-density configuration achieves 146 seats at 28-inch pitch, providing airlines with operational flexibility to match capacity with market demand. The aircraft’s cabin features a comfortable 2-by-2 seating arrangement that eliminates middle seats, contributing to passenger comfort and operational efficiency.
The E190-E2, as the smaller variant now certified in South Africa, offers similar technological advantages scaled to a different capacity segment. Both variants achieve significant fuel efficiency improvements compared to first-generation E-Jets, with the E190-E2 delivering 17.3 percent better fuel efficiency per seat and the E195-E2 achieving 29 percent improvement. These efficiency gains result from high-aspect ratio wings with swept tips, aerodynamic improvements, and the advanced PW1900G engines that incorporate geared turbofan technology.
“The E190-E2 and E195-E2 achieve 17.3 percent and 29 percent better fuel efficiency per seat respectively compared to first-generation E-Jets.” – Embraer
The aircraft family’s development timeline demonstrates Embraer’s methodical approach to certification and market introduction. The program launched at the Paris Air Show in June 2013, with the E190-E2 conducting its maiden flight on May 23, 2016. Flight testing proceeded according to schedule with minimal issues, leading to certification on February 28, 2018, and entry into service with launch customer Widerøe on April 24, 2018. The larger E195-E2 received certification in April 2019, with Azul Brazilian Airlines serving as the first operator. The smaller E175-E2 variant has experienced delays due to market conditions and scope clause restrictions affecting US regional airlines, with delivery now postponed beyond 2027.
Airlink’s decision to introduce Embraer E195-E2 aircraft represents a significant strategic investment aligned with the carrier’s position as South Africa’s leading regional airline. The company operates an extensive network of more than 60 routes to over 45 destinations across Southern Africa, positioning itself as a crucial connector between smaller, under-served towns and major hub airports. In January 2021, Airlink achieved the distinction of becoming the second-largest carrier within Africa by number of flights and third-largest by number of seats, largely due to its use of appropriately-sized aircraft and expansion into markets affected by South African Airways’ operational challenges.
The airline’s fleet modernization program centers on a lease agreement with Azorra for ten new Embraer E195-E2 aircraft, with deliveries scheduled to begin in late 2026 and complete by 2027. These aircraft will be configured in a single-class layout accommodating 136 passengers in Embraer’s comfortable two-by-two seating arrangement, supporting Airlink’s growth strategy across both high-density trunk routes and developing markets in sub-Saharan Africa. According to Airlink CEO de Villiers Engelbrecht, “The E2’s additional capacity and range will let Airlink respond to increased demand on some of our most popular routes and extend our destination network so that we can provide convenient connections for customers in new markets.”
Airlink’s current fleet composition reflects its focus on regional connectivity, operating over 65 aircraft including various Embraer models ranging from ERJ-135 to E195 variants. The airline’s fleet includes representatives from across the Embraer product line, with aircraft types including ERJ-135, ERJ-140, ERJ-145, E170, E190, E195, and now the next-generation E195-E2. This fleet diversity enables Airlink to match aircraft capacity precisely with route demand, supporting operational efficiency and profitability across its extensive network. The average fleet age of 14.2 years indicates ongoing modernization opportunities that the E195-E2 introduction will help address.
The airline’s operational infrastructure centers on Johannesburg OR Tambo International Airport as its primary hub, with secondary hub facilities at Cape Town and Durban King Shaka airports. This hub structure supports Airlink’s role in connecting regional destinations with South Africa’s major economic centers while providing international connectivity through partner airline relationships. The company has established a codeshare partnerships with Turkish Airlines, extending its market presence beyond Africa and demonstrating the strategic value of modern, efficient aircraft in supporting international partnerships.
“The E2’s additional capacity and range will let Airlink respond to increased demand on some of our most popular routes and extend our destination network.” – de Villiers Engelbrecht, Airlink CEO
Financial performance indicators suggest Airlink maintains a stable foundation for fleet expansion, with annual revenue of $400 million, a profit margin of 5 percent, and net profit of $20 million in 2024. The airline’s private ownership structure, with shareholders including Sishen Iron Ore Company Community Development Trust (32.5 percent) and Qatar Airways (25 percent as of August 2024), provides financial stability and strategic guidance. Qatar Airways’ investment represents the maximum foreign ownership permitted under South African law and demonstrates international confidence in Airlink’s growth strategy. The timing of Airlink’s E195-E2 introduction aligns strategically with broader South African aviation sector developments. The government has allocated R21.7 billion through the Airports Company South Africa (ACSA) for infrastructure development, including improvements to passenger safety and comfort and construction of a new freight terminal at OR Tambo International Airport. These infrastructure investments support capacity targets of 42 million passengers per annum and 1.2 million tons of airfreight annually through the ACSA network. The combination of infrastructure upgrades and modern aircraft technology positions Airlink to capitalize on projected market growth while contributing to South Africa’s aviation sector recovery and expansion.
The South African aviation market represents a mature and dynamic sector experiencing recovery and growth following challenges posed by the COVID-19 pandemic and South African Airways’ operational difficulties. Market valuation reached USD 6.29 billion in 2023, with projections indicating growth to USD 8.66 billion by 2032, representing a compound annual growth rate of 3.62 percent during the forecast period. This growth trajectory reflects underlying demand strength driven by tourism recovery, economic development, and infrastructure investment across the aviation sector.
Tourism serves as a fundamental driver of aviation demand within South Africa, with the country attracting 8.5 million foreign visitors in 2023, representing a 48.9 percent increase compared to 2022. A significant portion of this growth originated from neighboring African countries, with 6.4 million visitors from Africa representing 75.6 percent of total arrivals. This regional tourism pattern underscores the importance of efficient regional aircraft like the E195-E2 in serving intra-African connectivity needs. The tourism sector’s contribution to aviation demand is further evidenced by the fact that leisure tourism dominated foreign arrivals at 94.2 percent in 2023, with business travel accounting for 2.3 percent, work-related travel at 1.9 percent, and educational tourism representing 0.5 percent.
The competitive landscape within South Africa’s aviation market includes several major carriers providing diverse service offerings. Airlines such as South African Airways, Airlink, FlySafair, LIFT, and CemAir offer services ranging from budget options to full-service providers, creating competitive market conditions that benefit passengers through improved service quality and pricing. This competitive environment has intensified following South African Airways’ operational challenges, creating opportunities for airlines like Airlink to expand market share and route networks.
Infrastructure development represents a critical component of market growth strategy, with government investment supporting capacity expansion and operational efficiency improvements. The R21.7 billion allocation through ACSA focuses on enhancing passenger experience, safety systems, and freight handling capabilities. Key projects include construction of a new freight terminal at OR Tambo International Airport and initiatives to ensure reliable jet fuel availability at all national airports. These infrastructure investments create foundation conditions for airline growth and support the government’s targets for passenger and cargo traffic expansion.
“South African Airways contributed R9.1 billion to South Africa’s GDP in 2023/24, with projections indicating growth to R32.6 billion by 2029/30.” – Oxford Economics Africa
The regulatory environment governing South African aviation operations emphasizes safety, efficiency, and compliance with international standards. The South African Civil Aviation Authority’s certification processes ensure aircraft and operators meet stringent safety and operational requirements, contributing to the sector’s overall safety record and international reputation. The successful certification of the E190-E2 and E195-E2 aircraft demonstrates the effectiveness of these regulatory frameworks in enabling technology advancement while maintaining safety standards.
Question: What does the SACAA certification mean for Embraer and South African airlines? Question: How do the E2 jets compare to previous models in terms of efficiency? Question: What impact will Airlink’s new E195-E2 fleet have on the South African market? Question: What are the broader implications of this certification for African aviation? Question: How is the E2 family environmentally beneficial? Sources: Aviation Week, Embraer, South African Civil Aviation Authority
Embraer Secures South African Certification for E190-E2 and E195-E2: A Strategic Milestone in African Aviation Expansion
The Certification Milestone and Regulatory Significance
The Embraer E2 Aircraft Family: Technical Specifications and Performance
Airlink’s Fleet Expansion and Strategic Context
South African Aviation Market Dynamics
FAQ
Answer: The SACAA certification allows Embraer’s E190-E2 and E195-E2 aircraft to be operated commercially in South Africa, enabling airlines like Airlink to introduce these next-generation jets and expand their route networks.
Answer: The E190-E2 and E195-E2 offer significant fuel efficiency improvements over first-generation E-Jets, with 17.3% and 29% better fuel efficiency per seat, respectively.
Answer: Airlink’s new fleet will enhance regional connectivity, increase route capacity, and support growth in tourism and business travel, contributing to broader economic development.
Answer: The certification strengthens Embraer’s position in Africa and supports the continent’s aviation liberalization and infrastructure development, paving the way for more efficient, sustainable regional air travel.
Answer: The E2 jets, powered by Pratt & Whitney’s PW1900G engines, offer significant reductions in fuel consumption, noise, and emissions compared to older aircraft, aligning with industry sustainability goals.
Photo Credit: Embraer
Aircraft Orders & Deliveries
AerFin Sells GE Aerospace CF6-80 Engine to Japanese Investor
AerFin completes sale of GE Aerospace CF6-80 engine to Japanese investor, reflecting strong demand for mature aviation assets in Japan’s cargo market.
This article is based on an official press release from AerFin.
On March 24, 2026, UK-based aviation asset management specialist AerFin announced the successful sale of a GE Aerospace CF6-80 commercial aircraft engine to an undisclosed Japanese investor. According to the company’s official press release, this transaction highlights the robust and ongoing demand from the Japanese aviation finance market for mature, proven aerospace assets.
The deal underscores a broader industry trend where legacy passenger equipment is finding lucrative, long-term utility in the global air freight sector. By matching Eastern capital with Western aviation assets, AerFin continues to solidify its position as a vital bridge in the international aviation finance ecosystem.
We note that this transaction is not just a standard asset sale; it represents a strategic alignment of capital preservation and operational longevity. Japanese investors have long favored assets that offer stable, predictable returns, and the CF6-80 engine fits this profile perfectly due to its extensive use in the booming cargo market.
To understand the financial appeal of this transaction, it is essential to look at the asset itself. Manufactured by GE Aerospace, the CF6 engine family is recognized as one of the longest-running and most successful commercial jet engine programs in aviation history. Industry data cited in the provided research report indicates that over 8,500 units have been delivered since the program’s inception. The CF6-80 series, introduced in the 1980s, has served as the primary powerplant for major widebody aircraft, including the Boeing 747, Boeing 767, Airbus A300, and Airbus A330.
While newer, more fuel-efficient engines have largely replaced the CF6 in modern passenger fleets, the CF6-80 has found a highly profitable second life in the air cargo-aircraft market. According to market data included in the research report, over 70% of the active CF6-80C2 fleet is currently utilized to propel dedicated cargo aircraft.
Driven by the global surge in e-commerce and subsequent freighter conversions, GE Aerospace projects that the CF6-80 fleet will remain in active service well past the year 2050. Its low maintenance costs and proven reliability make it a low-risk, high-reward asset for foreign investors seeking long-term value.
Japan remains one of the most established and sophisticated aviation investment markets globally. According to financial industry context provided in the research report, Japanese investments in commercial aviation are typically executed through specialized financial structures known as the Japanese Operating Lease (JOL) or the Japanese Operating Lease with Call Option (JOLCO). These structures allow Japanese corporations, small-to-medium enterprises (SMEs), and high-net-worth individuals to fund the acquisition of aircraft and engines. In return, these investors benefit from stable lease rental income paid by operators, potential capital gains from the asset’s residual value, and significant tax advantages, such as accelerated depreciation under Japanese tax regulations. Because these investments rely heavily on the residual value of the asset at the end of a lease term, Japanese investors strongly prefer proven, widely adopted equipment like the CF6 engine, which carries significantly lower technological and market risk than unproven platforms.
Founded in 2010 and headquartered in Caerphilly, Wales, AerFin specializes in buying, selling, leasing, and repairing aircraft, engines, and parts. The company’s press release and corporate background data note that AerFin serves over 600 customers across six continents, including major airlines and Maintenance, Repair, and Overhaul (MRO) organizations.
The company has actively expanded its footprint in the Japanese aviation sector. Recently, AerFin acquired Boeing 777-300ER aircraft previously operated by Japan Airlines, further demonstrating its capability to manage complex international fleet transitions.
“We continue to see strong appetite from Japanese investors for mature, proven engine platforms. This transaction reflects both the enduring appeal of the CF6 and our capability to structure and deliver assets that align with investor expectations.”
This statement was provided in the press release by Auvinash Narayen, Chief Investment Officer at AerFin. Narayen, who joined the company as its second employee in 2011, was promoted to CIO in April 2024 to oversee AerFin’s global investment strategies.
We view this transaction as a prime indicator of the current health of the mid-life aviation asset market. The global boom in e-commerce has created an insatiable demand for dedicated freighters, which in turn extends the operational lifecycle of mature engines like the CF6-80. By trading and extending the life of these mature engines, companies like AerFin and their financial backers are maximizing the operational lifecycle of existing aviation assets. This not only provides excellent financial yields through JOL/JOLCO structures but also supports industry sustainability by keeping reliable, existing hardware in the air rather than prematurely retiring it. The bridge between Eastern capital and Western aviation operations remains a critical artery for global fleet management.
A Japanese Operating Lease with Call Option (JOLCO) is a financial structure used heavily in aviation finance. It allows Japanese investors to fund aircraft or engine acquisitions, providing them with tax benefits (like accelerated depreciation) and stable lease income, while offering the airline or operator an option to purchase the asset at a later date.
The GE Aerospace CF6-80 is highly regarded for its long history of reliability and relatively low maintenance costs. Because cargo aircraft typically fly fewer hours per day than passenger jets, operators prefer mature, lower-capital-cost engines that are proven workhorses, making the CF6-80 an ideal fit.
AerFin is a UK-based global aviation asset management company founded in 2010. They specialize in the supply of aftermarket aircraft and engine parts, as well as leasing and trading whole assets, serving over 600 customers worldwide. Sources:
The Enduring Appeal of the CF6-80 Engine
A Legacy of Reliability
A Second Life in Air Freight
Japanese Investment in Aviation Assets
Understanding JOL and JOLCO Structures
AerFin’s Strategic Growth and Market Position
Connecting Global Markets
AirPro News analysis
Frequently Asked Questions (FAQ)
What is a JOLCO?
Why is the CF6-80 engine popular for cargo aircraft?
Who is AerFin?
Photo Credit: GE Aerospace
Aircraft Orders & Deliveries
China Eastern Orders 101 Airbus A320neo Jets Worth $15.8 Billion
China Eastern Airlines orders 101 Airbus A320neo-family jets valued at $15.8 billion, with deliveries planned from 2028 to 2032 for fleet modernization.
This article summarizes reporting by Reuters. The original report may be subject to a paywall or registration; this article summarizes publicly available elements and supplementary industry research.
China Eastern Airlines has finalized a massive agreement to acquire 101 Airbus A320neo-family narrowbody jets. According to reporting by Reuters, the transaction is valued at approximately $15.8 billion at list prices, marking another significant victory for the European aerospace manufacturer in the highly competitive Chinese aviation market.
The purchase was officially confirmed via a regulatory filing submitted by the airline to the Shanghai Stock Exchange on Wednesday, March 25, 2026. Deliveries for this new batch of aircraft are scheduled to take place in batches between 2028 and 2032, highlighting the long-term fleet planning required by carriers navigating today’s constrained aerospace supply chain.
Following the announcement of the mega-order, Airbus shares experienced a 1.6% climb in Paris trading, reflecting investor confidence in the manufacturer’s continued momentum and robust backlog in the Asia-Pacific region.
The primary objective behind this $15.8 billion investment is the modernization and expansion of China Eastern’s existing fleet. The airline stated in its regulatory filing that the new jets will be utilized to replace older aircraft while supporting future capacity growth, specifically bolstering its short- and medium-haul operations where Airbus single-aisle jets already serve as the backbone.
While the initial Reuters report broadly categorized the purchase as A320neo aircraft, supplementary industry research and publications such as Aviation Week indicate that the order comprises a strategic mix of variants. This includes the standard A320neo, the larger A321neo, and the extended-range A321XLR models, though China Eastern has not yet disclosed the exact numerical breakdown by variant.
The inclusion of the A321neo and A321XLR provides China Eastern with enhanced operational flexibility. Industry data notes that the A321neo can accommodate up to 244 passengers, compared to 195 on the standard A320neo, and boasts an extended range of up to 3,650 nautical miles. This capability allows the carrier to efficiently service longer intra-Asia routes while benefiting from the significantly reduced fuel consumption and lower overall operating costs characteristic of the next-generation single-aisle family.
This latest agreement builds upon a well-established procurement relationship between China Eastern and Airbus. It directly follows a July 2022 order for 100 A320neo-family jets, which were slated for delivery between 2024 and 2027. According to industry tracking data from early 2026, the airline has already received 85 of the 102 A320neos and 27 of the 68 A321neos from its direct orders. The Airbus order also provides insight into the current practicalities of China’s domestic aerospace ambitions. In September 2023, China Eastern, which served as the launch customer for the domestically produced COMAC C919, placed an order for 100 of the Chinese narrowbody jets, with deliveries scheduled between 2024 and 2031.
However, industry analysts observe that COMAC has faced ongoing challenges in ramping up production capacity at its Shanghai Pudong manufacturing facility. Consequently, securing over 100 additional aircraft from Airbus ensures that China Eastern will have the guaranteed capacity required to meet its growth targets by the end of the decade, mitigating the risks associated with domestic manufacturing delays.
The extended timeline of this order underscores a critical reality in modern commercial aviation. By locking in delivery slots for 2028 through 2032 today, China Eastern is strategically navigating massive manufacturer backlogs.
“Major Chinese network carriers are preparing for a late-decade capacity cycle where manufacturing delays and delivery constraints… will be the primary bottlenecks,”
This assessment, highlighted in our supplementary industry research, explains why airlines are currently forced to plan their fleet expansions half a decade in advance.
We observe that Airbus is aggressively consolidating its market share in China, capitalizing on both its localized presence, such as its final assembly line in Tianjin, and the ongoing production and certification challenges faced by its primary rival, Boeing. In December 2025 and January 2026 alone, Chinese carriers and lessors placed orders for a combined 145 Airbus narrowbody aircraft.
The continued absence of Boeing in these recent mega-orders from Chinese state carriers remains highly notable. While China Eastern continues to operate Boeing 737 and 787 series aircraft, the lion’s share of its future narrowbody growth is being awarded to Airbus. This trend reflects a complex interplay of geopolitical dynamics, supply chain pragmatism, and the fundamental airline requirement for reliable, high-volume aircraft deliveries to sustain market share.
According to Reuters, the transaction is valued at approximately $15.8 billion at list prices. However, in aviation deals of this magnitude, airlines typically negotiate substantial discounts from the catalog price.
The 101 A320neo-family aircraft are scheduled to be delivered to China Eastern in batches between 2028 and 2032. Yes. China Eastern ordered 100 COMAC C919 aircraft in September 2023. The new Airbus order supplements this domestic procurement to ensure the airline meets its capacity targets amid COMAC’s ongoing production ramp-up challenges.
Fleet Modernization and Aircraft Capabilities
Variant Breakdown and Efficiency Gains
The Broader Context of Chinese Aviation
Navigating the COMAC Factor
Supply Chain Realities and Market Dominance
AirPro News analysis
Frequently Asked Questions
How much is the China Eastern Airbus deal worth?
When will the new Airbus planes be delivered?
Does China Eastern still purchase domestic COMAC planes?
Photo Credit: Airbus
Aircraft Orders & Deliveries
FAA Certifies Increased Takeoff Weight for Boeing 787-9 and 787-10
FAA approves higher maximum takeoff weight for Boeing 787-9 and 787-10, enabling greater payload and longer range for airlines.
This article is based on an official press release from Boeing, supplemented by industry research.
The U.S. Federal Aviation Administration (FAA) has officially certified an increased maximum takeoff weight (iMTOW) for Boeing’s 787-9 and 787-10 Dreamliner models. According to a company press release dated March 23, 2026, the regulatory approval allows airline customers to carry additional payload or fly longer routes, enhancing the operational flexibility of the widebody jets.
The certification marks a significant milestone for the 787 program, which first entered commercial service 15 years ago in 2011 and has since seen more than 1,250 deliveries. Boeing engineers collaborated closely with the FAA and global regulators to validate structural loads, performance, and systems behavior at the higher weight limits before clearing the aircraft for commercial service.
Air New Zealand has been named the launch customer for the upgraded 787-9. The first jets built with the new iMTOW capability are currently progressing through final assembly, ticketing, and delivery activities, signaling an immediate rollout for Airlines looking to optimize their long-haul networks.
The iMTOW upgrade, previously referred to in industry circles as the 787IGW (Increased Gross Weight), delivers substantial performance boosts to both the -9 and -10 variants without sacrificing the family’s baseline fuel efficiency. According to Boeing’s official specifications, the enhancements are tailored to specific model sizes.
For the 787-9, the FAA certified a weight increase of approximately 10,000 pounds (4,540 kilograms). Supplemental industry data notes this brings the new maximum takeoff weight to 571,500 pounds (259.2 metric tons). This translates to an operational gain of about three metric tons of extra payload or more than 300 nautical miles (560 kilometers) of additional range.
The larger 787-10 receives an even greater boost. Boeing states the variant gains roughly 14,000 pounds (6,350 kilograms) in takeoff weight, reaching a new maximum of 574,000 pounds (260.3 metric tons). Operators can utilize this increase to carry about five metric tons of extra payload or fly an additional 400 nautical miles (740 kilometers).
Boeing confirmed that all 787-9 and 787-10 airplanes assembled as of December 2025 are structurally capable of handling the higher weight. However, the manufacturer is offering the iMTOW as an optional activation. Because a higher certified operating weight can trigger increased airport landing fees and alter route planning economics, airlines can choose to activate the capability at delivery or at a later date to best match their network needs. “We started this effort after airlines sent Boeing a clear message: they wanted greater flexibility. Some wanted the 787-10 to fly longer missions; others wanted the 787-9 to carry additional payload with range trade-offs. Boeing designed a solution that delivers both.”, John Murphy, 787 Chief Project Engineer, Boeing
Air New Zealand will be among the first global operators to utilize the iMTOW capability. The carrier’s first upgraded 787-9 recently rolled off the final assembly line in North Charleston, South Carolina, and is currently undergoing final inspections and flight tests.
The operational impact for Air New Zealand is expected to be significant. The airline operates several ultra-long-haul routes, including flights from Auckland to New York (JFK), Chicago, and Houston. Industry research highlights that the Auckland-JFK route, which spans 16 to 17.5 hours, has historically faced payload restrictions due to its extreme length. The iMTOW upgrade will allow the carrier to carry more passengers and cargo on these demanding routes, directly improving profitability.
“This upgrade gives us greater ability to carry additional payload on our ultra long-haul routes, an important enabler for our network ambitions, supporting trade, tourism and better connectivity for New Zealand.”, Baden Smith, General Manager of Strategy, Networks and Fleet, Air New Zealand
We view the FAA’s certification of the 787 iMTOW as a critical strategic maneuver for Boeing in its ongoing market battle with Airbus. The European manufacturer’s A350-900 and A350-1000 have traditionally held a distinct advantage in maximum payload and ultra-long-haul range, with the A350-1000 capable of flying up to 9,000 nautical miles. By increasing the takeoff weight of the 787 family, Boeing brings its widebody offerings much closer to parity. The 787-10, in particular, transforms into a highly viable competitor to the A350-900, offering airlines increased range and payload while maintaining the 787’s established fuel efficiency metrics.
While the iMTOW certification represents a forward-looking milestone, the 787 program continues to operate under strict regulatory oversight. According to recent public regulatory filings, the FAA issued a Notice of Proposed Rulemaking (NPRM) between March 12 and March 13, 2026, mandating inspections on certain older 787-8, 787-9, and 787-10 aircraft.
The directive addresses historical manufacturing errors involving excessive “shim gaps” at the lower side-of-body splice plates, which could potentially lead to fatigue cracks in the primary wing structure. The mandate affects 17 U.S.-registered airplanes manufactured during a specific timeframe and requires repetitive ultrasonic and detailed visual inspections. Boeing has publicly supported the FAA mandate, noting that the global fleet remains safe for operations and emphasizing that the root cause of the shim gap issue was corrected in current production models long before the December 2025 iMTOW structural baseline.
iMTOW stands for increased maximum takeoff weight. It is a certified upgrade that allows an aircraft to take off at a heavier weight, enabling airlines to carry more passengers, cargo, or fuel for longer flights.
According to Boeing, all 787-9 and 787-10 airplanes assembled as of December 2025 are structurally capable of the higher weight. Airlines can choose to activate this capability based on their operational needs.
The 787-9 gains more than 300 nautical miles (560 kilometers) of additional range, while the 787-10 gains more than 400 nautical miles (740 kilometers), assuming the weight increase is allocated entirely to fuel rather than payload.
Technical Specifications and Capabilities
Implementation and Optional Activation
Launch Customer and Operational Impact
Industry Context and Regulatory Oversight
AirPro News analysis
Recent FAA Directives
Frequently Asked Questions
What is iMTOW?
Which aircraft are eligible for the 787 iMTOW upgrade?
How much extra range does the upgrade provide?
Sources
Photo Credit: Boeing
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