European airline struggles add risk to 15% of Airbus, Boeing orders

By Judson Rollins

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Introduction

Earlier this week, LNA examined the potential for a shakeout among European carriers as the coronavirus outbreak spreads to the continent.

Five European countries now rank among the ten hardest hit – travel demand is plummeting nearly as rapidly as after the September 11 attacks in the US.

On Thursday, UK-based Flybe went into bankruptcy after long-time financial struggles. The airline had 54 De Havilland Canada Dash-8-400s and nine Embraer E175-E1s in its fleet, more than half of which were leased from Nordic Aviation Capital and HEH Aviation Management.

LNA reviewed aircraft ownership data to understand top manufacturer and lessor exposure to European carriers, particularly those with known profitability issues and high debt loads.

Source: Twitter / @AirportWebcams

Summary
  • Airbus’s exposure to Europe is 16% on single-aisles and 19% on twin-aisles;
  • Boeing has just under 15% of its single- and twin-aisle orders from Europe;
  • Embraer’s E2 jet program has 27% exposure to the region;
  • ATR, De Havilland Canada, COMAC face little to no threat from European airline woes;
  • Norwegian, TAP, SAS, TUI are likely the most imminent threats to manufacturers and lessors.

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Pontifications: The nuts and bolts of air disasters

March 9, 2020, © Leeham News: Commercial aviation accidents are high profile news events.

By Scott Hamilton

These happen rarely. Many times, a lot of people are killed. (It should be noted that often survivors may outnumber those killed as safety improved.)

In this era of 24/7 cable news and minute-by minute social media, everyone wants instant answers as to causes.

Finding answers is not simple. A typical accident investigation usually takes 12-18 months before the investigators issue a final report with a probable cause.

One reason for this is that sometimes, the cause of an accident comes down to a single bolt, or even a single cotter pin.

This is where the new book, Flight Failure, Investigating the Nuts and Bolts of Air Disasters and Aviation Safety, serves to remind us of just how intricate accident investigation is.

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Airbus to deliver 251 tonnes version of A330-900 by mid-year

By Bjorn Fehrm

March 3, 2020, ©. Leeham News: Airbus has started the additional flight testing needed to certify the 251t version of the A330-900. It needs to verify the handling of the aircraft at the higher weight allowed by a 251t MTOW (Maximum Take-Off Weight, up from 242t for today’s A330-900).

The flight test campaign is short, about 40 hours in all. This allows for certification and first deliveries by mid-year. The smaller A330-800 will certify the 251t version next year.

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Asian airline troubles could affect up to 20% of Airbus, Boeing backlogs

By Judson Rollins
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In last week’s analysis, LNA examined which airlines in greater China and the rest of Asia may be in imminent risk of financial distress due to the growing coronavirus outbreak. We found that airlines from Malaysia to Japan have significant exposure to the Chinese market. Several have shaky balance sheets and were already losing money prior to the outbreak, most notably AirAsia, AirAsiaX, Thai Airways, Nok Air, Malaysia Airlines, and Asiana.

The coronavirus outbreak has now spread to Europe and the Middle East, but we are continuing our focus on Asia as it’s been most greatly affected so far. Additional analysis focusing on Europe will follow, with particular attention to the potential for further airline consolidation on the continent.

LNA reviewed ownership and operating data on aircraft to understand top manufacturer and lessor exposure to greater China, which includes Hong Kong and Macau, and the rest of East Asia.

Summary
  • Airbus has greater exposure to China and the rest of East Asia, especially in widebodies;
  • Boeing’s 787, 777X difficulties will be exacerbated by Asian airline troubles;
  • COMAC’s sales book is almost exclusively in China, but government support is likely;
  • ATR has material exposure to Southeast Asia; other regional aircraft OEMs are largely unaffected.

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Bjorn’s Corner: Why e in ePlane shall stand for environment, Part 10. The problem in perspective.

February 21, 2020, ©. Leeham News: After spending several Fridays looking at different possibilities and technologies that can lower air transport’s environmental footprint we now turn the discussion to what path forward makes sense and how shall we set our priorities.

Figure 1. The CO2 concentration in the atmosphere and what causes it. Source: Wikipedia. Click to see better.

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Airbus buys Bombardier’s share in A220,  now sole owner together with the Government of Quebec

By Bjorn Fehrm

February 13, 2020, © Leeham News in Toulouse: The news this morning that Airbus is now the sole owner of the A220 (75%) together with the Government of Quebec (25%) is good news for the A220 and for Quebec.

Bombardier is a company in trouble and it was forced to try and save cash in the A220 partnership rather than invest in the future. This potential limitation on the A220 program is now resolved. Airbus gets sole responsibility for future plans and it has in the Government of Quebec a partner that will be positive to the growth of the A220 as it means more business for the Quebec aeronautical industry.

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Bjorn’s Corner: Why e in ePlane shall stand for environment, Part 8. Hydrogen.

February 7, 2020, ©. Leeham News: After discussing established ways of improving the environmental footprint of our air transport system and highlighting the challenges involved with an electric/hybrid route we now look at hydrogen as an alternative energy source.

We will quote from a study series made by Airbus at the turn of the century. It’s today 20 years old but its ideas and conclusions are more relevant than ever.

Figure 1. Hydrogen powered airliner from Airbus study. Source: Airbus study presentation.

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Bjorn’s Corner: Why e in ePlane shall stand for environment, Part 6. The CO2 problem.

January 24, 2020, ©. Leeham News: In the last Corners we tested some of the ideas why electric/hybrid propulsion would be more efficient and found the ideas could be easier and better implemented with existing technology, yet they are not. One wonders why. Perhaps the ideas are not that brilliant after all.

Before we look at alternative technologies that can help us lower air transports CO2 footprint we shall scope the problem and look at what part air transport plays. To what extent is air transport at the center of the problem?

Figure 1. The CO2 concentration in our atmosphere and what sectors contribute the CO2. Source: Wikipedia.

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With Boeing’s 737 MAX delivered to storage instead of customers, unique cost and revenue insights can be gained.

By Bjorn Fehrm

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Introduction

January 23, 2020, © Leeham News: The last three-quarters of non-delivered Boeing 737 MAX production exposes the internals of an airliner OEM as seldom before.

The second, third and eventually fourth quarterly reports from Boeing can be compared to the same reports for the 2018 quarters. The differences in the numbers represent the production cost of the 737 MAX being booked as inventory instead of revenue. These values make for interesting reading as they give deeper insights into the production costs and net customer prices for the model.

Summary:

  • When the MAX goes to storage it’s delivered to Boeing Commercial Airlane’s inventory.
  • The net production cost appears in an increased inventory cost and the net customer price is missing in revenue.
  • By careful comparison of the quarterly reports between 2019 and 2018, cost and revenue insights can be gained

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Bjorn’s Corner: Why e in ePlane shall stand for environment, Part 4. Boundary layer ingestion.

January 10, 2020, ©. Leeham News: We continue our series why e in ePlane shall stand for environment and not electric.

Before we continue the discussion about low CO2 footprint propulsion opportunities we look into some of the distributed propulsion concepts proposed for electric/hybrid airliners.

In this and the next Corner, we examine the substance in claimed aerodynamic gains and increased efficiency from such concepts.

Figure 1. The Ampere distributed propulsion concept as presented by ONERA. Source: ONERA.

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