Tag Archives: #aviation

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Airbus and Boeing report first-half 2025 results: A tale of two strategies

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Airbus and Boeing, the world’s two largest commercial airliner OEMs, have released their financial and operational results for the first half of 2025, offering a snapshot of the commercial aviation sector’s ongoing recovery and the differing fortunes of each manufacturer.

Deliveries: Airbus Ahead in Volume

Airbus delivered 306 commercial aircraft between January and June 2025, slightly down from 323 in the same period last year. Despite supply chain challenges—particularly engine shortages impacting narrowbody aircraft—the European manufacturer maintained a steady production rate, bolstered by strong demand for its A320neo and A350 families.

Boeing, by contrast, delivered 280 commercial jets during the first half, marking a significant improvement from 175 deliveries in H1 2024. This represents the American planemaker’s best half-year performance since 2018, driven primarily by increased 737 MAX output and resumed deliveries to Chinese carriers following the easing of trade restrictions.

Orders: Boeing Regains Momentum

In terms of commercial aircraft orders, Boeing slightly edged ahead. The company secured approximately 668 gross orders in the first half of 2025, with a net total of 625 after cancellations and conversions. Major wins included new commitments from IAG and Alaska Airlines.

Airbus reported 494 gross orders, converting to 402 net orders after adjustments. This represents a solid increase on the previous year, with continued strong interest in its A320neo series and widebody A350 models.

Backlog: Airbus Maintains Market Lead

Airbus ended the first half of 2025 with a commercial aircraft backlog of approximately 8,754 aircraft, reflecting its long-term order book strength. Boeing’s backlog stood at just over 6,300 aircraft, around three-quarters of which were for the 737 MAX.

Both manufacturers now hold more than a decade’s worth of production in their pipelines, although Airbus continues to enjoy a larger share of the global market, particularly in the single-aisle segment.

Financials: Airbus Steady, Boeing Recovering

Airbus posted revenues of €29.6 billion for the first half, a modest increase of 3% year-on-year. Adjusted earnings before interest and tax (EBIT) reached €2.2 billion, buoyed by its Defence and Space divisions as well as resilient aircraft demand.

Boeing recorded revenues of $22.7 billion, a 35% year-on-year increase, driven by higher deliveries. The company reduced its net loss to approximately $612 million, compared with a loss of $1.4 billion in the same period last year. Free cash outflow also declined sharply, signalling a turnaround in operating efficiency.

Outlook: Supply Chains and Certification Remain in Focus

Airbus remains confident in meeting its full-year delivery target of around 820 commercial aircraft, though ongoing engine supply constraints continue to delay some deliveries. More than 60 aircraft are currently awaiting the installation of their powerplants.

Boeing is targeting approximately 580 deliveries for 2025, with ambitions to exceed 700 in 2026. However, production remains capped at 38 units per month for the 737 MAX amid regulatory scrutiny, and certification of the MAX 7 and MAX 10 variants has been pushed into 2026.

Airbus Leads but Boeing is closing the Gap

At the mid-point of 2025, Airbus continues to lead the global commercial aircraft market in terms of deliveries and backlog. However, Boeing is clearly on the rebound, narrowing the gap with a strong order book, improved deliveries, and signs of financial stability returning.

The second half of the year will be critical for both manufacturers as they navigate persistent supply chain issues, production constraints, and shifting global demand. While Airbus currently holds the upper hand, Boeing’s resurgence suggests that a more competitive balance may be on the horizon.

By the Numbers

Orders (Gross)Deliveries
Airbus494306
Boeing668280

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Smarter cabin design cuts airline emissions by up to 25%

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Airlines can slash their carbon footprint by more than a quarter without investing in new aircraft or alternative fuels—simply by rethinking how they configure their cabins, according to new analysis from aviation data specialist Cirium.

Research from Cirium’s EmeraldSky platform shows that higher seating density can deliver reductions of over 25% in carbon dioxide emissions per available seat-kilometre (CO₂/ASK). The gains come not from changing the type of aircraft flown, but from optimising how space inside the cabin is used.

While denser seating has traditionally been viewed as a compromise on passenger comfort, Cirium argues it can play a powerful role in cutting per-passenger emissions. “Once an aircraft is airborne, the fuel burn is largely fixed,” the report notes. “The more seats available to share that load, the lower the per-passenger emissions.”

One striking example comes from Cebu Pacific, which operates the Airbus A330-900neo with 459 seats—138 more than the global average for that aircraft type. The result is the same plane, on the same route, with the same engines, but a substantially smaller environmental footprint.

The findings challenge the view that meaningful emissions cuts must rely solely on new propulsion systems, sustainable aviation fuels (SAF), or long-term research and development. Instead, Cirium says airlines can achieve immediate, measurable improvements through operational choices, without regulatory changes or major infrastructure investment.

The company emphasises that new technologies remain crucial for the industry’s path to net zero, but notes that cabin configuration should be part of a broader sustainability conversation. For carriers juggling growth with environmental targets, the flexibility to improve efficiency through design changes could prove vital.

There are commercial benefits too. In a market increasingly attuned to environmental performance, demonstrating operational efficiency, whether through cabin layouts, route planning, or aircraft utilisation, can offer a competitive edge.

However, Cirium acknowledges there are trade-offs. Higher-density cabins can compromise comfort and may not align with every airline’s brand or market. Striking the right balance between passenger experience and emissions reduction will depend on individual strategies.

“Emissions performance isn’t just about what you fly, but how you configure it,” the report concludes.


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SalamAir Enhances Oman Aviation With New Airbus A321neo Muttrah

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SalamAir, Oman’s budget airline, has taken a significant step toward enhancing its fleet by introducing a new Airbus A321neo aircraft named ‘Muttrah’. The addition of this aircraft increases SalamAir’s fleet size to 14 and underscores its commitment to offering passengers efficient services, greater comfort, and a sustainable travel experience. The aircraft was named through an Instagram poll, making it a crowd-sourced choice by the airline’s loyal passengers and followers.

This new aircraft not only bolsters SalamAir’s operational capabilities but also represents a forward step in the airline’s efforts to modernize its fleet, reduce its carbon footprint, and offer passengers a more connected and comfortable flying experience. The A321neo’s arrival is in sync with SalamAir’s strategy to offer affordable, eco-friendly travel options that support Oman’s growing aviation and tourism sectors.

Advanced Sustainability Features of the Airbus A321neo

The Airbus A321neo is one of the most advanced aircraft in its class, equipped with CFM LEAP-1A engines that deliver impressive fuel efficiency and environmental benefits. The aircraft has a 20% reduction in fuel burn per seat compared to previous models, which makes it a key player in SalamAir’s commitment to sustainable aviation. The reduction in fuel consumption also contributes to a significant decrease in carbon dioxide (CO₂) emissions, helping the airline move closer to its sustainability goals.

In addition to lower CO₂ emissions, the A321neo exceeds global environmental standards by cutting nitrogen oxide (NOx) emissions by 50%. Noise reduction is another remarkable feature, with the A321neo producing over 15 decibels less noise compared to older aircraft, surpassing International Civil Aviation Organization (ICAO) regulations. These combined benefits make the A321neo a more sustainable choice for both passengers and the environment.

Passenger Comfort and Connectivity on the New Aircraft

Passenger experience has always been a top priority for SalamAir, and the Airbus A321neo ‘Muttrah’ is designed with this in mind. The aircraft features a modern cabin layout with 212 seats, each equipped with USB charging ports. This ensures that passengers stay connected throughout their journey, whether for work or leisure. The cabin design offers a comfortable space for travelers, with ample legroom and a more relaxed atmosphere for medium- and long-haul flights.

The Airbus A321neo’s extended range of up to 4,000 nautical miles gives SalamAir greater flexibility in its flight network, allowing the airline to offer both short- and long-distance routes. This increased operational range opens up new opportunities for the airline to introduce more regional and international destinations, further expanding its market presence.

Strategic Growth and Fleet Modernization

The addition of the Airbus A321neo ‘Muttrah’ marks a pivotal moment in SalamAir’s strategic growth. The airline’s broader plans include expanding its fleet, diversifying its route network, and maintaining high standards of operational excellence. The new aircraft allows SalamAir to increase its operational flexibility and offer greater schedule reliability, particularly as the airline prepares for peak travel seasons.

SalamAir’s overall fleet modernization plan has already begun to show results. With this latest addition, the average age of the airline’s fleet has decreased from 5.6 years to approximately 4.8 years, positioning SalamAir as one of the carriers with the youngest fleets in the region. This focus on fleet renewal supports the airline’s efforts to provide efficient, reliable, and cost-effective services, which are key to its continued growth.

Looking ahead, SalamAir is poised to receive more A321neo aircraft, with two more expected later this year. By 2028, the airline plans to increase its fleet to 25 aircraft, further enhancing its capacity and market reach. This expansion will also support the airline’s ability to increase flight frequencies on high-demand routes and explore new destinations.

Contribution to Oman’s Aviation and Tourism Sectors

SalamAir’s expansion with the new A321neo not only strengthens its position within the aviation industry but also plays a vital role in Oman’s broader tourism and economic growth. By offering a modern and efficient fleet, SalamAir is well-equipped to meet the rising demand for air travel within the region and beyond.

The introduction of the A321neo aligns with Oman’s vision to boost its tourism industry, attracting more visitors to the country. SalamAir’s affordable and sustainable travel options make it an attractive choice for both regional and international tourists, contributing to Oman’s economic diversification efforts and supporting the nation’s long-term development goals.

Conclusion

The introduction of the Airbus A321neo ‘Muttrah’ into SalamAir’s fleet is a major milestone in the airline’s journey to enhance its sustainability, operational efficiency, and customer experience. With a modern, eco-friendly aircraft and a focus on passenger comfort, SalamAir is well-positioned to offer more flight options, expand its network, and continue contributing to the growth of Oman’s aviation sector. As the airline continues to modernize its fleet and explore new markets, the future looks promising for both SalamAir and its passengers.


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Rolls Royce Retires Iconic Boeing 747 Engine Testbed N787RR After Two Decades of Cutting-Edge Aviation Innovation

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Although the Boeing 747 is not yet considered a vintage aircraft, its iconic status earns it a place on Vintage Aviation News. Rolls Royce has officially retired its 747-200 engine testbed, N787RR, after nearly two decades of groundbreaking flight testing. Converted from a former Cathay Pacific airliner, this specialized aircraft helped pioneer sustainable aviation fuel trials and validate engines like the Pearl 10X, leaving behind a remarkable legacy in aerospace innovation.

On July 9, 2025, Rolls-Royce officially retired its much-loved Boeing 747-200 flying testbed, registered N787RR, concluding nearly two decades of in-flight engine development and evaluation. Nestled at its base at Tucson International Airport, this aerial laboratory played a pivotal role in shaping the next generation of jet propulsion, and its legacy will endure.

Built in 1980 for Cathay Pacific, the aircraft began its life as VR-HIA before passing through Air Atlanta Icelandic and ultimately being acquired by Rolls Royce in June 2005. Re-registered as N787RR, it was refashioned into an engine testbed—stripped of passenger fittings and equipped with instrumentation, recording stations, and a custom mounting configuration to support up to five engines simultaneously. Choosing the four-engine 747-200 allowed Rolls Royce to safely mount experimental powerplants—such as the Trent 1000 or Pearl 10X—under one wing while maintaining redundancy with the remaining three certified engines. Over its operational lifespan, N787RR became synonymous with test flight innovation. In October 2023, the testbed flew a Trent 1000 engine powered by 100% sustainable aviation fuel (SAF), covering nearly four hours, reaching 43,000 ft, and completing a figure-eight flight path over Arizona and Texas. This demonstrated both long-duration reliability and the viability of SAF in real flight conditions. Beginning March 29, 2024, Rolls Royce used N787RR to conduct flight testing of the Pearl 10X, developed for the Dassault Falcon 10X business jet. Multiple test flights—including high-altitude trials up to 45,000 ft—validated engine performance, handling, anti-icing systems, in-flight relight capabilities, and fan vibration characteristics. By mid-2024, the engine had completed at least ten flights aboard the testbed.

Over more than 20 years in service, the airframe successfully accommodated a variety of engine types. Its unique five-engine configuration provided unparalleled flexibility for testing both commercial widebody engines and smaller business jet powerplants. Inside aviation circles, the aircraft earned affection for its mission, often spotted at Tucson International. Hobbyists noted the unique registration “N787RR” and the unusual configuration with three certified engines on one wing to counter the thrust of the test engine.

As Rolls Royce accelerates development of future engines—such as UltraFan, ALECSys, and potential hydrogen compatibility platforms—the aging 747-200 airframe has reached its operational limits. While it has flown an average of about 25 flights per year, each sortie incurs high support and maintenance costs associated with an almost 45-year-old airframe. Moreover, the company’s plan to convert a newer 747-400 (registered N747RR) into a modern flying digital testbed was shelved in 2022 due to the impact of the COVID-19 pandemic, which curtailed engine development scheduling and reduced demand for an expanded flight testing fleet. With those plans canceled, Rolls Royce made the strategic decision to decommission N787RR and refocus flight testing on alternative platforms or ground-based facilities where feasible.

N787RR leaves behind a legacy of critical achievements. It pioneered real-world SAF usage, proving sustainable fuels are flight-worthy for modern turbofans. It enabled early validation of the Pearl 10X, accelerating a class-leading engine destined for the Falcon 10X. It also provided unmatched flexibility in testing multiple engine types, from Trent widebody models to business jet engines—all on one adaptable platform. Most importantly, it served as a workhorse for decades, bridging generations of Rolls Royce engine programs and elevating the company’s global test capabilities.

While N747RR—the Boeing 747-400 acquired from Qantas in late 2019—is no longer being converted and will be scrapped, Rolls Royce continues to explore its remaining testbed operations on other platforms. The company’s focus now shifts to preparing for UltraFan’s entry into flight testing once demand arises, as well as potential hydrogen fuel engine trials. In the future, data-intensive ground test rigs and flight simulators may take on larger roles. However, for the era it served, N787RR embodied the art of faithfully reproducing flight conditions in real time—and its absence will be felt in the test hall and the skies alike.

Over an operational span exceeding 18 years, metering thousands of flight hours, N787RR proved indispensable to Rolls Royce’s journey from Trent to Pearl—and toward UltraFan and beyond. Its retirement marks the end of a venerable chapter in aviation testing, but the data, engineering lessons, and innovations it delivered continue to power the future of more sustainable, efficient jet engines. As the curtains close on the Boeing 747-200 flying testbed, its contribution to modern aerospace stands as a testament to what an adaptable mid-life transformation can achieve—and what in-flight testing still offers in an ever-changing aeronautical landscape.


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Cessna Caravans Latest To Receive Starlink STC

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Systems brings highspeed broadband connectivity to the single-engine turboprop

Owners and operators of Cessna Caravans can now have SpaceX Starlink satcom systems installed on their aircraft, under a supplemental type certificate (STC) recently issued to AeroMech. The Starlink system can be installed by Textron Aviation service centers in North America and select international service centers. Installation takes seven to 10 working days, according to Textron Aviation.

Retailing for $150,000, the Starlink kit includes the aero terminal electronically-steered antenna, which is mounted on top of the fuselage; power supply; two wireless access points; and harnessing.

“The Cessna Caravan is so versatile, it can go almost anywhere, and Textron Aviation understands the importance of providing a connectivity solution in more of the places our customers want to go,” said Textron Aviation senior v-p of customer support Brian Rohloff. “The Caravan recently celebrated its 40th anniversary, and offering Starlink high-speed connectivity upgrade continues to provide customers with the latest technology, no matter where the aircraft is in its life cycle.” 

Worldwide coverage is available from the Starlink satellite network with high-speed broadband connectivity from the nearly 8,000 satellites in low-earth orbit. According to SpaceX, download speeds range from 40 to 220 Mbps, and upload speeds range from eight to 25 Mbps.


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Embraer sees 30% increase in Q2 aircraft deliveries

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Latest figures from Brazilian OEM Embraer show that it delivered 61 aircraft in Quarter Two (Q2) of 2025 marking a 30% increase on the same period last year.

The biggest increase came in Embraer’s executive aviation range where it delivered 38 aircraft compared to 27 in Q2 2024. This included 21 Phenom light jets and 17 Praetor mid-size jets.

Commercial aircraft totalled 19 aircraft including nine E175, one E190-E2 and nine E195-E2 airliners.

Embraer’s military division also delivered an increased number of aircraft with four A29 Super Tucano’s being delivered compared to just one aircraft in Q2 2024.

For 2025 as a whole Embraer is expecting to deliver up to 155 executive aircraft and up to 85 commercial airliners.

Embraer was founded in 1969, known for producing commercial, military, executive, and agricultural aircraft. It is one of the world’s largest aircraft manufacturers, especially prominent in the regional jet market. Embraer’s popular E-Jet series, including the E170, E175, E190, and E195, is widely used by airlines for short to medium-haul flights.

Its newer E-Jet E2 family offers improved fuel efficiency and lower emissions. The company also produces the KC-390 military transport and various business jets like the Phenom and Praetor series. Embraer is renowned for innovation, reliability, and performance.


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China Airlines Expands Fleet with $2 Billion Airbus Agreement, Paving the Way for Continued Growth in Asia-Pacific Aviation

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China Airlines is set to further strengthen its position in the Asia-Pacific aviation market with a landmark $2 billion agreement with Airbus. The deal, which includes a combination of narrowbody and widebody aircraft, marks a significant step in the airline’s expansion strategy. This move comes at a time when demand for air travel is resurging across the region, and China Airlines aims to meet growing passenger needs while enhancing its fleet’s operational efficiency. With the new aircraft, the carrier is poised to continue its momentum, capitalizing on the robust growth in Asia-Pacific aviation and solidifying its role as a key player in the global aviation landscape.

Airbus Strikes $2 Billion Deal with China Airlines to Expand Fleet, Signaling Continued Momentum in Asia-Pacific Aviation

Following a successful showcase at the 2025 Paris Air Show, Airbus is set to maintain its robust growth in the aviation sector with a new, high-value aircraft deal valued at over $2 billion. The agreement is reportedly with China Airlines, Taiwan’s flagship carrier and a prominent member of the SkyTeam alliance. Sources close to the matter indicate that this deal will include a mix of both narrowbody and widebody aircraft, further strengthening the airline’s fleet and its ongoing relationship with Airbus.

This announcement comes on the heels of a similar deal secured by another Taiwanese airline, Starlux Airlines, just one week prior at the same Paris Air Show. The deals underscore the strong and growing demand for Airbus aircraft in Asia-Pacific, a region that has continued to expand its aviation sector, particularly with the post-pandemic surge in international travel. China Airlines, in particular, has a longstanding relationship with Airbus, already operating a variety of its narrowbody and widebody models.

China Airlines Expands Fleet with 13 Additional Aircraft from Airbus

In a significant move, China Airlines has agreed to purchase 13 new aircraft from Airbus, marking a substantial investment in the airline’s long-term fleet strategy. The deal, valued at over $2 billion, consists of five Airbus A350-900 widebody jets and eight Airbus A321neo narrowbody jets. Notably, five of the A321neo jets will be sourced from the Air Lease Corporation (ALC), totaling an estimated cost of $240 million. However, discussions for the remaining three A321neo units are still underway, which could further enhance the fleet’s capabilities.

China Airlines has expressed interest in the five A350-900 jets, which are priced up to $1.965 billion, though the final price could drop significantly if the airline opts to lease the aircraft rather than purchase them outright. This flexibility in the deal provides China Airlines with options, reflecting the airline’s evolving needs and the complexities of modern fleet planning. Over the years, China Airlines has remained a loyal customer of Airbus, demonstrating confidence in the European manufacturer’s aircraft and services.

Aviation Strategy Affected by Boeing 787 Delays

A key driver behind China Airlines’ decision to expand its fleet with Airbus aircraft is the continued delays in its Boeing 787 Dreamliner orders. The Taiwanese airline has an outstanding order for 18 Boeing 787-9 aircraft and six 787-10 models. However, delays in the delivery of these planes have forced China Airlines to push back the retirement of its older aircraft. This gap in the airline’s fleet necessitated a swift response, with China Airlines turning to Airbus to fill the void with timely and reliable aircraft deliveries, particularly the A350-900 model.

Earlier in 2025, China Airlines also placed an order for 10 A350-1000 aircraft, marking another strong commitment to Airbus. These larger, more fuel-efficient aircraft will primarily serve long-haul routes to Europe and North America, helping the airline to meet the growing demand for transcontinental air travel. The A350-1000s will also enhance China Airlines’ ability to operate at higher capacity and optimize operational efficiency on high-demand routes.

Regional Shift Towards Airbus A350 Family in Southeast Asia

China Airlines is not the only carrier in Southeast Asia embracing Airbus’s A350 family. Starlux Airlines, another Taiwan-based carrier, also placed an order for 10 A350-1000s at the Paris Air Show, with deliveries expected to begin in 2031. This signals a broader trend in Southeast Asia, where both established and newer carriers are increasingly opting for Airbus’s advanced, fuel-efficient long-haul jets. The A350 family’s popularity is driven by its performance, passenger comfort, and cost-effectiveness, all key factors for airlines navigating the competitive and growing Southeast Asian aviation market.

As demand for international air travel continues to rise, the A350 family has positioned itself as a key aircraft for airlines in Southeast Asia. The region’s economic growth and expanding middle class are fueling both short- and long-haul travel, which, in turn, is driving the need for modern, fuel-efficient fleets that can meet increased passenger demand while keeping operating costs in check.

China Airlines’ Current Fleet and Future Outlook

Currently, China Airlines operates a diverse fleet that includes a total of 17 Airbus A321neo aircraft, 13 of which are actively flying. These A321neo aircraft, with an average age of just 2.1 years, are among the newest in the airline’s fleet, significantly younger than the carrier’s overall fleet, which has an average age of 10 years. The A321neo configuration includes 12 business class seats and 168 economy class seats, ensuring optimal efficiency on short to medium-haul routes.

On the widebody front, China Airlines operates 15 Airbus A350-900 jets, with an average age of 7.8 years. These aircraft are a core component of the airline’s long-haul operations, serving destinations across Europe, North America, and beyond. The A350-900s are equipped with two different seating configurations: one with 32 business class seats, 31 premium economy seats, and 243 economy seats, and another with 40 business class seats, 32 premium economy seats, and 228 economy seats.

China Airlines has secured a $2 billion deal with Airbus to expand its fleet with both narrowbody and widebody aircraft. This strategic move positions the airline for continued growth, reinforcing its role in the rapidly expanding Asia-Pacific aviation market.

With this new fleet expansion, China Airlines is well-positioned to meet growing demand while modernizing its fleet with the latest in aviation technology. As Asia-Pacific continues to lead the global aviation recovery, China Airlines’ commitment to Airbus ensures that the airline is prepared for the future of air travel, with a fleet that is both reliable and technologically advanced.


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Paris Air Show 2025 Resulted in Over 600 Aircraft Orders

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France – The 2025 Paris Air Show unfolded under the shadow of tragedy, as a fatal flag carrier accident days before the event deeply affected proceedings. Despite the subdued tone, manufacturers still managed to record over 600 aircraft transactions. Airbus dominated the order book, while Boeing scaled down its presence out of respect for the recent events.

  • Total aircraft commitments:
    • 381 orders (including MoUs & LoIs)
    • 235 options
  • Airbus highlights:
    • 248 aircraft ordered, 156 options
    • Major deals with VietJet (150 A321neos), AviLease, Riyadh Air, LOT Polish, Starlux, and others
    • LOT Polish Airlines ordered 84 A220s; VietJet signed MoU for 150 A321neos
  • Embraer highlights:
    • 77 orders, 55 options
    • SkyWest Airlines placed largest order (60+50 E175s)
  • ATR highlights:
    • 15 orders and 10 options from JSX (ATR 42-600s)

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Riyadh Air places firm order for 25 Airbus A350-1000 aircraft

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Riyadh Air, the new premium international airline based in Saudi Arabia, has placed a firm order for 25 A350-1000 aircraft.

Riyadh Air, the new premium international airline based in Saudi Arabia, has placed a firm order for 25 A350-1000 aircraft. The agreement, which can potentially increase to 50 A350-1000 was signed at the Paris Air Show, with the ceremony attended by H.E Yasir Al-Rumayyan, The Governor of Saudi Arabia’s Public Investment Fund (PIF), Christian Scherer, CEO Commercial Aircraft at Airbus and Tony Douglas, CEO of Riyadh Air.

Riyadh Air will become the first airline in Saudi Arabia  to operate the A350-1000. It also supports Saudi Arabia’s Vision 2030 ambition to reach 300 million air passengers annually by the end of the decade, positioning the country as a global aviation and tourism hub.

“This order marks a significant step forward in building a world-class airline that reflects the ambitions of Vision 2030. The A350-1000 will bring outstanding efficiency and comfort to our fleet, supporting our sustainability goals and enabling Riyadh Air to offer a premium experience while connecting Saudi Arabia to the world,” said Adam Boukadida, Chief Financial Officer of Riyadh Air ”It’s a clear signal of our intent to shape the future of air travel and contribute meaningfully to the Kingdom’s fast-growing aviation ecosystem.”

“We are proud to extend our strategic partnership with Riyadh Air as it continues to build a pioneering carrier for the Kingdom. As the long-range leader, the A350-1000 will provide unrivalled efficiency, range and passenger comfort, making it the ideal choice to support the airline’s ambitious growth plans and Saudi Arabia’s Vision 2030 objectives to enhance global connectivity and economic diversification”, said Benoît de Saint-Exupéry, Airbus EVP Sales of the Commercial Aircraft business.

The A350 is the world’s most modern and efficient widebody aircraft, setting new standards for intercontinental travel. It also offers the longest range capability of any commercial airliner in production today.

As with all Airbus aircraft, the A350 is already capable of operating with up to 50% Sustainable Aviation Fuel (SAF). Airbus aims for all its aircraft to be 100% SAF-capable by 2030.

At the end of May 2025, the A350 Family has won over 1,390 firm orders from more than 60 customers worldwide, with 657 aircraft in service on long, medium and short haul routes around the world.


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Differences Between New Boeing 777X And 777

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The folding tips of the 777X aren’t just for show—they’re engineered to fit standard airport gates while maximising aerodynamic efficiency during flight.

When Boeing’s 777 first took to the skies in the 1990s, it proved that two engines could indeed do the work of four, much to the surprise of aviation traditionalists who probably thought twin-engine aircraft were just showing off.

Now, three decades later, Boeing is back with the 777X, ready to shake up the long-haul market once again with bigger cabins, longer range, and advanced engines.

Boeing 777 vs 777X

777X Design Changes

The 777X represents a significant departure from its predecessors, introducing fundamental changes that redefine what passengers and airlines can expect from wide-body aircraft.

Boeing has developed 2 distinct variants:

  1. The 777-9, which stretches nearly 77 meters in length and can accommodate approximately 426 passengers in a typical two-class configuration, is the world’s largest twin-engine commercial aircraft.
  2. The 777-8, while slightly smaller, focuses on ultra-long-range capabilities with enhanced payload flexibility.

The most visually distinctive feature is the aircraft’s revolutionary carbon-fibre wing design with folding wingtips.

Unlike previous 777 models with wingspans ranging from 60 to 64.8 meters, the 777X extends to an impressive 71.75 meters when fully deployed. These folding tips aren’t just for show—they’re engineered to fit standard airport gates while maximising aerodynamic efficiency during flight.

777X Advanced Engine

At the heart of the 777X’s performance lies General Electric’s purpose-built GE9X engines, representing a quantum leap in propulsion technology. These powerhouses deliver approximately 10% better specific fuel consumption compared to the GE90 engines powering current 777-300ER aircraft.

The aerodynamic enhancements extend beyond the engines. The new composite wing design reduces drag while improving lift-to-drag ratios during cruise flight.

Combined with the advanced propulsion system, Boeing expects overall fuel efficiency improvements of 12-13% compared to existing 777 variants.

For the 777-9 specifically, the extended fuselage allows for optimised seating configurations that can reduce fuel burn per passenger by up to 20% compared to the 777-300ER—a significant advantage for airlines focused on operational economics.

Enhanced Passenger Experience

The 777X introduces several passenger-focused improvements that transform the flying experience. The cabin width increases by four inches compared to the 777-300ER, achieved through innovative sidewall design that reduces thickness by two inches on each side.

Window size represents another major upgrade. While existing 777 variants already feature windows approximately 12% larger than those on the Airbus A350, the 777X expands this advantage to roughly 29%, providing passengers with significantly better views and natural light.

The aircraft’s environmental control system has been completely redesigned. Traditional 777s maintain cabin altitude around 8,000 feet, but the 777X reduces this to 6,000 feet during cruise. Noise reduction represents another significant improvement. The GE9X engines operate 8 decibels below international noise standards, compared to 3 decibels for previous 777 engines.

Market Positioning

The 777X enters a competitive long-haul market where airlines increasingly demand aircraft that can serve point-to-point routes efficiently while maintaining hub-and-spoke network capabilities. The aircraft’s range capabilities particularly stand out.

The 777-8 offers up to 8,745 nautical miles of range, exceeding even the ultra-long-range 777-200LR.

Airlines have responded positively to the 777X’s value proposition, with over 500 orders from major carriers including Emirates (EK), Qatar Airways (QR), Lufthansa (LH), Singapore Airlines (SQ), and British Airways (BA). This strong order book reflects industry confidence in the aircraft’s ability to replace ageing 4-engine widebodies like the Boeing 747 and Airbus A380.

Boeing claims the 777X will deliver 5% better aerodynamics and 10% lower operating costs than comparable Airbus models.

777X Certification Challenges

The 777X program has encountered significant delays since its 2013 launch, with initial service entry planned for 2020 now pushed to late 2026.

Technical challenges have plagued the certification process, including a serious uncommanded pitch event during flight testing in 2020 that required extensive design reviews and software modifications.

More recently, engineers discovered cracks in the engine thrust link components during 2024 testing, leading to a four-month pause in certification activities. Boeing has since redesigned these critical components to eliminate vibration-induced stress and resumed certification flights in January 2025.

The manufacturer now expects final certification by the end of 2025 or early 2026, with commercial service entry following shortly thereafter.

Bottom Line

The Boeing 777X stands as aviation’s next evolutionary step, combining the best elements of its predecessors while introducing innovations that could reshape long-haul travel.

With its folding wings, massive engines, and passenger-focused improvements, the aircraft promises to deliver what airlines and travellers have been waiting for—assuming it can actually get certified and delivered sometime this decade.

Whether the 777X will live up to its ambitious promises remains to be seen, but one thing is certain: the future of twin-engine long-haul aviation looks bigger, quieter, and more efficient than ever before!