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By Bjorn Fehrm
August 21, 2025, © Leeham News: We analyzed Airbus’s A330-300 and -900 over the last weeks, the mid-range Airbus that gradually developed into a credible long-range aircraft.
After examining the A330-300’s development into the A330-900, we now analyze the A330-200 and its neo version, the A330-800. Why was a shorter A330-200 developed and put into service four years after the A330-300, when in almost all other cases the next version is a stretch?
And why did this smaller A330 sell really well against the larger A330-300 when its neo version doesn’t? We utilize our Aircraft Performance and Cost Model (APCM) to analyze the A330-200 and -800. Then we compare the A330-800’s capabilities and efficiency with Boeing’s 787-8.
Figure 1. The A330-200, a model that sold almost half of all A330s until the A330neo was announced. Source: Airbus.
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By Bjorn Fehrm
August 14, 2025, © Leeham News: We analyze Airbus’s A330-900, the larger of the A330neos. Last week, we examined the product improvements that Airbus will roll out in the coming years, including the latest increase in Maximum TakeOff Weight (MTOW) and the resulting increase in range.
The A330 entered the market as a mid-range aircraft. With the launch of the A330neo and subsequent improvements, it is today a long-range aircraft that covers several trans-Pacific trunk routes.
How does the improved A330-900 stack up against the efficiency of the Boeing 787-9? We use our Aircraft Performance and Cost Model (APCM) to find out.
Figure 1. The A330-900 in the colors of Delta Airlines, a major operator of the model. Source: Airbus.
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By Bjorn Fehrm
August 7, 2025, © Leeham News: Airbus’ A330neo, as the A330-900, entered the market in 2018. It’s a major improvement of the A330ceo that entered the market in 1994 as a 270-seat 3,900nm mid-range aircraft.
The present A330-900 has gradually improved its sales, prompting Airbus to increase the production rate from the planned four per month to five from 2029.
With a typical 290-seat cabin, Airbus advertises a 7,300nm range for the 251t Maximum TakeOff Weight (MTOW) version, quite a development from the original 212t A330-300. And now this is going to improve further from 2028, with a rise in the MTOW from 251t to 253t, together with other improvements.
Does this make the A330-900 into a trans-Ocean aircraft, and how does the improved version stack up against the Boeing 787-9? We use our Aircraft Performance and Cost Model (APCM) to find out.
Figure 1. The A330-900, a model that is selling better and better, 31 years after its introduction. Source: Airbus..
By Tom Batchelor
Jul 31, 2025, © Leeham News: Rolls-Royce shrugged off lingering supply chain challenges and the uncertain tariff environment to post a strong first half performance in 2025.
CEO Tufan Erginbilgic hailed continued progress in his multi-year transformation of the British aerospace company, which saw underlying operating profit increase by 50% to £1.7bn ($2.25bn) with a margin of 19.1%.
This compares to an underlying operating profit of £1.1bn in the first half of 2024, and a margin of 14%.
The largest increase in underlying operating profit was in Civil Aerospace, driven by strong large engine aftermarket performance, contractual margin improvements and higher spare engine profit.
Underlying revenue reached £9.1bn in H1 2025, up 13%, with strong growth in the civil aerospace and power systems divisions.
Free cash flow in the period was £1.6bn, an improvement of £0.4bn compared with the prior period – up 37% yoy.
By Scott Hamilton and Bjorn Fehrm
July 31, 2025, © Leeham News: We wrap up our five-part series today on What’s the Next New Airplane in the coming decades. We now look at Airplanes 9-13 in Figure 1 below.
These are the (9) COMAC 929, (10) Eco-version of New Light Twin, (11) CFM Open Fan single aisle, (12) the Boeing 787 re-engine, and (13) the Airbus A350 re-engine.
By Scott Hamilton and Bjorn Fehrm
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July 24, 2025, © Leeham News: In Part 3 of our five-part series on examining the potential next generation of aircraft in the coming decades, we take a closer look at Aircraft projects 1 to 4 in our Figure 1.
These are the (1) A220-500, (2) Boeing’s Transonic Truss Brace Wing (TTBW), (3) Boom’s Overture Super Sonic Transport (SST), and (4) the Blended Wing Body (BWB) aircraft suggested by leading proponent Jet Zero.
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Part 1 of 5
By Scott Hamilton
July 17, 2025, © Leeham News: Some urge Boeing to take the plunge “now” to launch a new airplane program.
Institutional knowledge is slipping away, these people say. Boeing hasn’t launched a new airplane since December 2003 (the 787), they note. The 737 MAX is selling at a poor second to the Airbus A320neo family. Boeing continues to lose market share.
This illustrates the variety of aircraft being discussed for the next decade or more. Boeing already decided to nix the Transonic Truss Brace Wing aircraft (#2). Credit: Leeham News.
On the other hand, Airbus is in no hurry to launch a new airplane program—or so it says. It can’t keep up with current demand.
Beginning today, LNA will take a five-part look at what the potential new airplanes and/or airplane technologies are for the coming decade or more. Having recently attended the Paris Air Show, we have the latest to supplement our years of study in this arena.
We look at 13 airplanes and concepts (we don’t examine eVTOLs and pure-battery-powered aircraft). These are numbered for identification—not for any ranking of likelihood of proceeding to a real program.
Today’s Part 1 identifies and describes the 13 aircraft.
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By Scott Hamilton
June 23, 2025, © Leeham News, Paris: CFM International touts its Open Fan RISE engine as the wave of the future. (CFM is a 50-50 joint venture between GE Aerospace and Safran.)
Rival Pratt & Whitney says evolution of its Geared Turbo Fan is the best engine choice going forward.
Neither company will admit that it is also researching and developing a Plan B engine. For CFM, this is a conventional turbofan. For PW, this is a new Open Fan. But during the Paris Air Show, LNA confirmed that both have a Plan B engine in development.
PW has gone out of its way to dismiss the very idea of an Open Fan engine. Rick Deurloo, the president of Pratt & Whitney Commercial, won’t even talk about the “competitor.” Deurloo makes it clear—publicly, at least—that an evolution of PW’s Geared Turbo Fan (GTF) is the best solution for the next generation engine for the single aisle market, in its view.
Mike Winter, RTX’s Chief Engineer, dismissed the Open Fan as “sub-optimal” on a successor to the Airbus A320neo and Boeing 737 MAX families. It involves too many installation compromises on this size aircraft, he says. RTX is the parent of PW.
But, says one person with direct knowledge, PW fully understands that if CFM is successful in solving all the challenges of an Open Fan and meets the publicly stated goal of improving fuel consumption by 20% compared with today’s GTF and CFM LEAP engines, PW’s gain of an evolutionary GTF won’t be competitive.
So, says the person with direct knowledge of PW’s activities, the development of an Open Fan alternative engine is being worked on as PW’s Plan B.
Furthermore, PW’s sister company, Pratt & Whitney Canada, publicly disclosed its development of an Open Fan engine in a briefing on Tuesday this week. This engine is for a new 70-100-seat aircraft designed by the start-up company MAEVE. PW is following PWC’s development.
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By Scott Hamilton
June 3, 2025, © Leeham News: Engine reliability and durability for the next new commercial aviation engine for the next new single-aisle airplane has emerged as the top demand of airlines and lessors.
Burned, frustrated, and angry by shortcomings in these areas in engines from every manufacturer, potential customers prioritize getting these areas right over reduced fuel consumption and lower emissions.
Airlines have had issues of varying severity with GE Aerospace’s GEnx (the Boeing 787); the CFM LEAP (Airbus A320neo and Boeing 737 MAX); Pratt & Whitney’s Geared Turbo Fan (Airbus A220 and A320neo and Embraer E2); and Rolls-Royce (Boeing 787, Airbus A350-1000). (GE is a 50% joint venture partner in CFM, with France’s Safran holding the other 50%.)
Tim Clark, the president of Emirates Airline, has been publicly vocal about his concerns regarding these issues with the forthcoming Boeing 777-9 and its massive GE9X engine, which is now undergoing flight testing. He’s also cited durability issues with the RR Trent XWB-97 engine on the Airbus A350-1000 as his key reason for holding off on ordering this model. Emirates has just taken delivery of the first A350-900s, the smaller version of the A350, powered by the Trent XWB-84. Reliability and durability issues have been reported for the smaller -900 and lower-thrust XWB-84 in the harsh Middle East environment.
In an appearance at an investors’ conference on May 28 hosted by Bernstein Research, GE CEO Larry Culp discussed these issues with the LEAP engine and how lessons learned apply to the RISE open fan.
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May 22, 2025, © Leeham News: In our first look at OEMs in the aviation industry with a significant revenue stream derived from services, LNA analyzed airframe-makers.
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