Leeham News and Analysis
There's more to real news than a news release.
Leeham News and Analysis
- The BWB has a long way to go before flying passengers, freight May 12, 2025
- Bjorn’s Corner: Air Transport’s route to 2050. Part 21. May 9, 2025
- Does an A220-500 need a new wing and engines? Part 2. May 8, 2025
- Embraer downplays tariff impact on 2025 results May 6, 2025
- JetZero readies effort for private equity fund raising May 5, 2025
Bjorn’s Corner: USAF Tanker program
By Bjorn Fehrm
25 September 2015, ©. Leeham Co: When Scott Hamilton asked me to give my view on his article “Pontifications: Duelling refuelling tankers” I accepted. I was not involved in the project and was only following it casually over the years.
I will also not give my view on what would have been the most suitable tanker for the US Air Force. I simply don’t have the relevant military competence for that, having never operated my fighters with aerial tanking nor been in an aerial tanker aircraft.
Where I have relevant competence is in writing military specifications for important aircraft procurements and the excerpts I have seen from the tanker RFQ on key specification points don’t impress. Let me explain.
Bjorn’s Corner: Engine efficiency
18 September 2015, ©. Leeham Co: The debate around the market’s two single aisle combatants is quite heated, with fans of the one side saying “the limited space for a high bypass engine on the 737 MAX will cripple it forever” and the other side saying “the tighter design of the 737 will make it highly competitive against the A320neo, it is the A320 which has a weight and size problem”.
One of the arguments is that each inch of engine fan diameter brings 0.5% in increased propulsive efficiency. Therefore the A320 with up to 81 inches fans will win against the 737 MAX, which has a 69 inch fan. Having all the tools to check out if this is really the truth, I fed our airplane model with all the facts and looked at the result. It’s not so easy, guys…
New single aisles on home stretch
By Bjorn Fehrm
16 Sep 2015, © Leeham Co.: Boeing released pictures yesterday of the first 737 MAX 8 being on the Renton Final Assembly Line (FAL) having completed the wing-to-body joins. With the Airbus A320neo now flying again with both Pratt & Whitney GTF and CFM LEAP test vehicles and Bombardier completing 85% on CSeries (having passed 2,400 hours of flight testing), one can say the new single aisles are on their home stretch.
737 MAX on the Final Assembly Line at Renton, Seattle. Source: Boeing.
Original planning had the CSeries entering service in December 2013, nearly two years before A320neo (October 2015) and four years before the 737 MAX (4Q2017). With the 737 MAX now on the FAL one can start to review the Entry into Service (EIS) for all three. It will be tighter than the companies have said.
Bjorn’s Corner: Production costs.
By Bjorn Fehrm
11 September 2015, © Leeham Co: In connection with our articles, there a numerous reader discussions around the development and production costs of new aircraft families. It’s not easy to understand how these costs arise, how they are booked in the OEM’s accounting and how they can be compared. Time for a primer.
I will not duplicate a course in company accounting, but it can be worth the read to understand how costs are created, accounted for and what we as externals can observe via aircraft industry economic reports .
I will focus on Airbus and Boeing. These are good examples of the different ways of collecting and showing costs in the global aircraft industry.
Bjorn’s Corner: The seating dilemma
By Bjorn Fehrm
By Bjorn Fehrm
04 September 2015, © Leeham Co: One of the hottest areas of modern airline aviation is the passenger experience and especially the seating. There are people who are specialists on the subject like Runway Girl Network; I will not try to duplicate their work here on my Corner. But I follow the subject in detail as it touches on our work of creating apples-to-apples airline comparison conditions, our Normalized cabins or LOPAs as its also called (Layout Of Passenger Amenities).
As I observe the debate on more and more cramped economy seating, I can’t but feel the whole debate is revolving around the wrong dimensions. The debate is focusing on seat width but it is a seat width which is not the primary one that affects a passenger’s comfort. Before being accused of trying to confuse with facts, let me explain.
Bjorn’s Corner: Russian aircraft industry.
By Bjorn Fehrm
22 August 2015, ©. Leeham Co: The Russian air show MAKS is taking place in Moscow, on the airfield of Zhukovsky, Southeast of Moscow. The town of Zhukovsky is called the Aero-City of the Russian federation. It houses not only a 17,800ft runway but also the center of the Russian aeronautical research and test knowledge around the gigantic airfield.
Just a couple of miles from the airfield lies the well-known Russian Central Aerohydrodynamic Institute, TsAGI. It has been involved in designing the aerodynamics of all Russian aircraft, including the latest, the Sukhoi Superjet and Irkut’s new MC-21 competitor to the Boeing 737 MAX and Airbus A320neo.
I have always been interested in the enigma of the Soviet and later Russian aeronautical industry. It had such a different structure to its western counterparts and has therefore struggled. The MC-21 is a good example. Ilyushin says they are working on MC-21, as does Yakolev and Irkut. Irkut says it is their aircraft, yet I had not heard of Irkut as a plane OEM before MC-21.
My household names for Russian airliners were Tupolev and Ilyushin with perhaps Yakolev for the smaller types. If we included Ukraine during the Soviet period, we could add Antonov as a known airliner OEM. But not Irkut. Yet today the main players doing new civil airliners are Sukhoi and Irkut, neither known for building airliners. How does this all fit together? Here is a try to sort it out. Read more
Six year turnover in sale/leasebacks put supply-demand balance at risk
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Introduction
August 24, 2015, © Leeham Co. When airlines like Indigo of India, Air Asia, Norwegian Air Shuttle (NAS) and Lion Air have outstanding orders for Airbus A320s and
Boeing 737s that number in the hundreds, far more than operations and growth appears ready to support, the deals raises the natural question: What are they thinking?
As LNC’s Bjorn Fehrm explained Friday, one aspect of these big orders is to “flip” the aircraft every six or seven years, a time that roughly coincides with the maintenance holiday/warranty period. Sale/leasebacks are used to finance these huge purchases.
The practice is hardly new. The USA’s JetBlue Airlines, Ryanair and others practiced this flip for years.
Carriers like the new LCCs mentioned above not only plan to do so to avoid major maintenance costs, but also to fuel their growth. In the case of Lion Air and NAS, these companies also plan to lease out aircraft to other airlines.
But there remain risks involved for the companies and for the industry.
Summary
- The growing practice of flipping aircraft every six or seven years presents risks to lessors.
- Indigo Airlines has 96 aircraft in service, 430 on order.
- Select LCCs in Asia, Europe, India have 1,000 A320s, 737s on order.
Bjorn’s Corner: Sale/Leasebacks
By Bjorn Fehrm
21 August 2015, ©. Leeham Co: IndiGo Airlines firmed up Airbus’ largest aircraft sale by unit numbers in the week. The order is for 250 A320neos. This means the airline goes from 180 A320neos on order to 430. The airline is just finishing off its first order with Airbus for 100 A320ceos, the final eight being delivered over the next months.
How can an airline that did not exist 10 years ago order 430 A320neos?
There are a couple of things that makes this possible, one of them being the Sale/Leaseback. Before we go to Sale/Leaseback and how this enables this magnitude of business, let’s take a quick look at IndiGo. It has certain similarities to other airlines that also close large aircraft deals.
Bjorn’s Corner: Holiday times
By Bjorn Fehrm
14 August 2015, ©. Leeham Co: It is holiday time in Europe and a lot of the European industry is shut down for summer break. This includes the Airbus Final Assembly Line (FAL) in Toulouse. Industrial holiday shut down or not depends a lot on the country’s industrial history.
Traditionally industry has closed shop for the month of July in the north of Europe and August in the south. For production-heavy industries with a lot of personnel in assembly work this is still the case. Examples are manufacturing industries like the auto industry, electromechanical goods industries and also the European aircraft industry.
For raw material industries, it depends if the manufacturing process can be interrupted for the three to four weeks a summer holiday would span. For many process chains, this is not possible. I earned my school summer break money on such an industry, replacing the worker that took his three or four weeks off.
Other parts of the world do not have summer breaks where the industry closes the doors and things go quiet. An example is the US, where, for example, Boeing produces aircraft 12 months of the year. Available vacation days are less than in Europe, typically two to three weeks against the typical four or five weeks in Europe. US vacations are usually taken spread over the year and the company normally doesn’t shut down production during the summer period. Read more
Bjorn’s Corner: Why is the real range of an airliner always shorter then what the OEM says?
By Bjorn Fehrm
07 August 2015, ©. Leeham Co: Now that we have explained the range consequences of weight and fuel limited airplane operations, we might as well explain the last important part of the range of an airliner: Why the practical range is always shorter than what the OEM says.
When an airliner OEM gives the design or brochure maximum range of an aircraft, they do that with an aircraft in a “show-room” configuration and which is loaded with a filled cabin only; no cargo is included in the calculation. Further, in the cargo area, there is only bulk-loaded passenger bags. Container loading of the bags would have cost tare weight for the containers used and weight is to be avoided when stipulating the maximum design range.
In practice, we would have to consider tare weight for bags containers and possible cargo when discussing what practical range an airline can plan for a certain aircraft model. But this is far from the whole story. Here is what has to be considered in addition.