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Introduction

Bombardier CS300 (L) and CS100 (R). Click on image to enlarge. Photo via Google images.
Aug. 10, 2015, (c) Leeham Co. Bombardier came away from the Paris Air Show with positive reviews after finally displaying its new C Series. The CS100 was present in launch operator Swiss International colors and the spacious interior installed. The larger CS300, in house colors, was also on display and performed flying maneuvers, impressing the crowd with the quiet of the Pratt & Whitney P1000G Geared Turbo Fan engines, also a new product. Once airborne and circling around the runway, the engines could not be heard over the loud speakers of the show’s announcer.
BBD officials came away encouraged by response to the airplanes and they said potential customers were stopping by the chalet with new and renewed interest in the program.
But there remain formidable challenges ahead for the program. There were no sales announced at the Air Show, although BBD officials were clear in advance none was expected. None has been announced in the six weeks since the Air Show. Whether there will be any of substance by year end, and to whom, remains to be seen.
Focus is on execution: getting the aircraft certified by year end and preparing for delivery to Swiss in the first half of next year.
But the customer base remains of iffy quality and a number of the deliveries scheduled 2016-2018 fall into Leeham Co.’s Yellow and Risk Risk Assessment.
Summary
Posted on August 10, 2015 by Scott Hamilton
By Bjorn Fehrm
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Introduction
04 Aug 2015, © Leeham Co.: Yesterday we started our deeper look at Mitsubishi Aircraft Corporation’s new MRJ90 and compared it with one of the aircraft that it aspires to replace, Bombardier’s (BBD) CRJ900. We outlined similarities and differences in architecture, dimensions, weights and payload capabilities.
We will now finish the analysis with a study of the fuel consumption performance of the two aircraft on a typical regional route network. Finally, we will discuss at what net price a MRJ90 would be motivated against the incumbent regional aircraft CRJ900 from BBD.
Summary:
Posted on August 4, 2015 by Bjorn Fehrm
By Bjorn Fehrm
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Introduction
03 Aug 2015, © Leeham Co.: Mitsubishi Aircraft Corporation, the company behind Japan’s new regional aircraft, is inaugurating an engineering center in Seattle today and presenting their testing facility at Moses Lake (WA) Grant County International Airport tomorrow. Against this backdrop we decided to look a bit deeper into the MRJ after having done a first comparison on our January article, MRJ90 vs. Embraer’s up and coming E-Jet 175 E2.
Now we compare the 90 seat version, MRJ90, to the aircraft that it aims to ultimately replace, the most efficient regional jet of the present generation, Bombardier’s CRJ900. With lower fuel prices, will the advantages of a new aircraft still be strong enough to create a compelling business case against the CRJ900?
We start with the examination of the two aircraft and will finish in Part 2 with an efficiency comparison over typical regional routes.
Summary:
Posted on August 3, 2015 by Bjorn Fehrm
By Bjorn Fehrm
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July 30, 2015 © Leeham Co. Rolls-Royce and Safran, the parent company of CFM partner Snecma, released their Q2 and first half 2015 earnings today. It is interesting to compare these companies as they are in different strategic situations in their dominant business segments, civil turbofan engines.
Civil turbofans constitute 52% of Rolls-Royce total business whereas it makes 54% of Safran’s turn over. Rolls-Royce’s focus has been widebody engines to the point where it exited its part of International Aero Engines, which makes the single aisle V2500 engine, three years ago. Safran on the other hand is heavily invested in the single aisle market through its 50% part in CFM through its Snecma subsidiary.
The present situation and the future outlook for these two companies are intimately aligned with this strategic difference. We look at why and how this will affect their immediate future.
Summary:
Posted on July 31, 2015 by Bjorn Fehrm
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Introduction
July 28, 2015: © Leeham Co. Trying to decipher what the airframe Original Equipment Manufacturers (OEMs) are going to do is a sporty game that is often analogous to Kremlin watching, especially when it comes to Airbus and Boeing.
The OEMs are naturally circumspect about most everything they do: product development, aircraft pricing, sales campaigns, etc.
They also often are like lawyers when it comes to promoting their products in the public domain: cherry-pick the data that supports your product and which puts your competitor’s product in the worst possible light.
Aerospace analysts, consultants and media (as well as the enthusiast) look anywhere and everywhere for information to discern what the OEMs are up to or how the airplanes are performing or whatever the soup de jour is.
There is more information in the public domain than you would think.
Posted on July 28, 2015 by Scott Hamilton
By Bjorn Fehrm
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Introduction
July 12, 2015, © Leeham Co. As we reported from Boeing’s Paris Air Show briefing, Boeing’s 777X project is progressing to a design freeze later in 2015. At the briefing everything was presented as being on track with no changes of key data. There have been signs that this in not fully the case. The 777X program is suffering the same disease that hits other aircraft programs, weight gain flu.
To understand it better, we compiled the many indications that points to weight increase and ran them through our proprietary model to understand why and see what it means for the aircraft’s performance.
Summary:
Posted on July 13, 2015 by Bjorn Fehrm
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Introduction
July 9, 2015, © Leeham Co. At the half way point of 2015, there are a number of signs emerging that require some interpretation. Some are signs of caution. Others are Go Slow.
Summary
By Bjorn Fehrm
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Introduction
July 6, 2015, © Leeham Co. Bombardier presented a slew of new data for their CSeries aircraft during Paris Air Show. Listening to Bombardier (BBD) officials it sounded like there was only positive news: increased range, better fuel economy, better field performance and lower per seat costs.
We have commented on the released information in two articles when at the Paris Air Show, “Bombardier makes it official: CSeries exceeds advertised numbers” and “CSeries range even better than Bombardier revealed.” We now follow up these articles with an analysis of the furnished figures to reveal how these improved performance figures were achieved.
Aircraft programs use sophisticated modeling tools to understand what performance a finished aircraft will have. A 10% range increase with standard payload from 2,950nm to 3,300nm does not come from any miscalculations with such tools. Nor does it come from claimed lower fuel consumption due to lower airframe drag alone.
There are other contributing factors. Using our proprietary model to identify the factors, we explain how BBD has achieved the claimed higher performance.
Summary:
Posted on July 6, 2015 by Bjorn Fehrm
By Bjorn Fehrm
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Introduction
June 23, 2015, © Leeham Co. CFM International went through 1,000 iterations before settling on the final design for the LEAP engines that will power the Airbus A320neo, the Boeing 737 MAX and the COMAC C919.
In an interview with us at the Paris Air Show, CFM LEAP program manager Gareth Richards explained the macro process of the development of LEAP, CFM’s sequel to CFM56. This will be the largest turbofan engine program in the history of civil aviation and the follow on to the world’s most-sold turbofan, the CFM56.
Richards focused on how an engine like LEAP gets designed and what the trades are that a single aisle, short haul engine has compared to long haul engines.
LEAP is sharing the A320neo platform with Pratt & Whitney’s GTF but is sole engine on the 737 MAX and the C919. This will lead to engine production rates five years into the program of 1800 engines which is higher than the present rate of CFM56 deliveries.
Dependant on rate increases by Airbus and Boeing, this can increase beyond 2,000 engines per year after the initial ramp. It would make LEAP the largest civil turbofan program whichever way one counts: engines, installed thrust or revenue.
Summary:
Posted on July 2, 2015 by Bjorn Fehrm
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Introduction
Dennis Muilenburg, president and CEO of The Boeing Co., from July 1. Photo via Google images.
June 29, 2015, © Leeham Co. Cost control is going to be one of the top priorities of Dennis Muilenburg, the new chief executive officer of The Boeing Co.
Muilenburg, the president and chief operating officer for the past 18 months, was named last Tuesday CEO. Current chairman and CEO Jim McNerney relinquishes the latter title on July 1 but remains chairman.
We outlined many of the challenges Muilenburg faces as CEO in this post from January. Now that it’s official, an update is in order.
Summary