Leeham News and Analysis
There's more to real news than a news release.
Leeham News and Analysis
- 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: Air Transport’s route to 2050. Part 20. May 2, 2025
Lessors to Take Growing Share of Fleeting the Future
By Kathryn B. Creedy
Air Lease Executive Chair Steven Udvar Hazy expects lessors to play a larger role in aircraft fleeting in the future, according to comments made during yesterday’s Aviation Week Fireside Chat with the lessor.
“I don’t see lessors going below 40%,” he told Air Transport World Editor Karen Walker. “I see it creeping up to perhaps 50% or 55% and that includes operating leases and various other exotic mechanisms.”
Udvar Hazy pointed to the poor financial shape of the world’s airlines which have used all their current levers to increase liquidity to ride out the Covid 19 crisis.
Pontifications: Boeing’s latest forecast raises more doubt than hope
By Judson Rollins
Oct. 12, 2020, © Leeham News: Every year, like clockwork, when Boeing publishes its 20-year Current Market Outlook, there is always another upward revision in forecast demand for new aircraft.
So, when the Chicago-based OEM admits that demand has taken a long-term hit, you know the situation must be dire.
Last week, Boeing belatedly published its annual CMO forecast for global commercial jet production and services. The forecast was quite a comedown as it marked a 2% fall from Boeing’s previous expectations for aircraft demand, with a whopping 10% drop for widebodies and freighters.
Airbus has withheld its 2020 Global Market Forecast while it continues to assess the impact of COVID-19. Read more
Alaska Airlines may keep leased Airbus fleet
By Olivier Bonnassies
Airfinance Journal
Oct. 9, 2020, (c) Airfinance Journal: Alaska Airlines is believed to be working on a solution regarding its narrowbody fleet composition after initial talks failed with lessors regarding an early phase-out of Airbus A320-family aircraft.The US carrier approached leasing companies in the summer with a large request for proposals (RFP) to replace its entire leased current-generation A320-family fleet with Boeing 737-800, -900ER, Max 8 and Max 9 models over the next few years.
Alaska Airlines may keep a mixed fleet of Airbus A320s and 737s at least through 2025. Lessors are balking at early returns. Photo: Alaska Airlines.
According to Airfinance Journal‘s Fleet Tracker, Alaska has 10 A319s with leases expiring between 2021 and 2023. Another 41 A320s have leases expiring between 2020 and 2025.
But the objective of the RFP is to accelerate the exit of the carrier’s 51 A320-family aircraft ahead of lease expirations as well as sell 10 owned A320s that were manufactured in 2015 and 2016.
But leasing sources talking to Airfinance Journal say the approach was not “well received”.
“They may keep those aircraft to scheduled redelivery dates,” says one lessor.
Sunset of the Quads, Part 9, Wrap-up
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By Vincent Valery and Bjorn Fehrm
Introduction
Oct. 1st, 2020, © Leeham News: Last week, we compared the economics of the A380 against the 747-8 and 777-9 on the Frankfurt to New York route. We now wrap-up our series on the significant passenger quad-jets of the last 30 years and how competitive they were against other quads and the twins that gradually took over the very large aircraft segment.
Summary
- A resounding success, a respectable career, and three commercial failures;
- Prospects for a Quad-jet passenger operation in the post-COVID world are slim;
- The next quads will come as low emission technology drives implementations to smaller propulsive units.
Bjorn’s Corner: The challenges of Hydrogen. Part 11. Emissions
October 2, 2020, ©. Leeham News: In our series on Hydrogen as an energy store for airliners we look deeper at the emissions from a hydrogen airliner and compare it to the emissions from today’s carbon fueled aircraft.
Figure 1. The three Hydrogen concepts from Airbus. Source: Airbus.
HOTR: Rolls 787 engine orders tank last 5 year
By the Leeham News team
Sept. 29, 2020, © Leeham News: Engine orders for Rolls-Royce on the Boeing 787 tanked in the last five years—pre-COVID.
An analysis reveals that over this period, Boeing booked 952 orders for 787. Of these, 755 selected the GEnx. A mere 80 orders were placed with RR. There were 117 orders for which engines were not selected. This gives GE a 90% share of the selected campaigns.
It gets worse.
Of the 80 aircraft that went to Trent 1000, Boeing removed 44 under ASC 606 accounting rules as too shaky to consider firm orders anymore. These include Avianca, Latam, Norwegian Air Shuttle, etc., which either went into bankruptcy or are restructuring as a result of COVID.
Under this scenario, GE’s share is closer to 95% in last five years.
RR’s Trent 1000 on the 787 is a thorn in the company’s side because of serious technical issues that grounded up to 50 aircraft. Groundings began several years ago. RR continues to deal with the financial fall-out. Some customers switched from RR engines to GEnx in follow-on orders for the 787.
Hydrogen, electric and hybrid alternatives not here yet
By Scott Hamilton
Sept. 25, 2020, © Leeham News: Commercial aviation has had 70 years to use jet fuel safely. It’s unclear how long it will take to reach the same level of safety with hydrogen, say Boeing.
In a briefing Tuesday, the day after Airbus revealed its hydrogen powered concepts for three potential airliners, the vice president and general manager of product development expressed caution about hydrogen as a fuel source.
Bjorn’s Corner: The challenges of Hydrogen. Part 10. Airbus’ Hydrogen ZEROe concepts
September 25, 2020, ©. Leeham News: In our series on Hydrogen as an energy store for airliners, we look at the three hydrogen-based concept aircraft Airbus presented this week.
They are called ZEROe and are concepts and not products, but their design tells us a lot about where Airbus is with its studies and how the hydrogen demonstrator aircraft might look like come 2026-2028.
Sunset of the Quads, Part 8. The A380, 747-8i and 777-9 compared.
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By Bjorn Fehrm
Introduction
September 24, 2020, © Leeham News: Airbus was disturbed for decades by Boeing’s rein of the Very Large Aircraft (VLA) airliner segment with the 747. It was determined Boeing used this dominance to outmaneuver Airbus in different situations.
Airbus needed an aircraft in this market segment, bigger and better than Boeing’s. The result was the A380, the world’s largest passenger aircraft. We know how this developed today, where the COVID pandemic finally killed the segment for Very Large Aircraft. But how good was it, and where were the weaknesses?
We compare the A380, 747-8i, and Boeing’s up and coming 777-9 to find out.
Summary
- The A380 outclassed the Boeing 747-400 efficiency-wise, as it was a 30 years younger design.
- The updated 747, the 747-8i narrowed the gap to the A380, but if both could be filled the A380 stayed ahead.
- The 777-9 is 15 years younger in design than the A380, and it shows. It is significantly more economical in operation than the A380.
- Throughout its career, the A380 had a graver problem than its efficiency. It was simply too big for a market that went for frequency instead of large departures.
Airbus announces zero-emission airliner concepts.
By Bjorn Fehrm
September 21, 2020, © Leeham News: Airbus held a webcast today, announcing three zero-emission airliner concepts called the ZEROe line (Figure 1). The two conventional designs, the turbofan airliner and the turboprop use hydrogen as the fuel for their gas turbine engines. The blended wing-body is a more futuristic concept where propulsion technology was not specified.
The idea is to use these concepts as work paths to explore the technologies around them and their aerodynamic characteristics. The concepts “are not products” underlined Airbus EVP development Jean-Brice Dumont. “It’s rather examples of designs around which the technologies can be explored and results compared. After concepts follow demonstrators and then products.”
Figure 1. Airbus ZEROe (e for emission) concepts. Source: Airbus.