Sept. 30, 2017, © Leeham Co.: Today is the 49th anniversary of the roll-out of the Boeing 747-100.
On Nov. 7, United Airlines operates its last 747 flight. Delta Air Lines ends it 747 service this year. Afterward, there won’t be a single US operator of the passenger model.
The 747 remains in service with US cargo carriers Atlas Air, Kalitta Air, UPS and a few others. Globally, British Airways, Lufthansa and Korean Air Lines are among those flying the passenger model.
Ted Reed, one of the writers of TheStreet.com, asked me earlier this month to give some thoughts about the 747. Below is what I gave him; he excerpted some for his column in Forbes. The focus was on US operators.
Sept. 25, 2017, © Leeham Co.: The US Department of Commerce today is scheduled to release its decision on whether to impose tariffs on each Bombardier CS100 delivered to Delta Air Lines, starting this year. (The public announcement is tomorrow.)
The tariffs will be in two forms: one for dumping the aircraft at prices below that sold in the home market (Canada) and one for “injury” to Boeing.
LNC understands the total could be in the range of $32m per plane. We don’t know if this a correct figure.
Boeing told its investors conference last week it’s pursuing this complaint about Bombardier subsidies to avoid another Airbus emerging and destroying Boeing and the US aerospace industry—an idea included in Boeing’s filings with the US government.
In those filings, Boeing claimed Airbus led to the demise of Lockheed’s commercial aviation business and of McDonnell Douglas.
I think this is a bit of revisionist history.
April 7, 2017, ©. Leeham Co: Last week’s Corner developed the overhaul shop visits per year for wide-body engines. We will now look at how the market develops around these overhaul opportunities.
How does the shop structure develop over a popular engine’s life-cycle? How much choice has an operator and when?
March 24, 2017, ©. Leeham Co: After covering the maintenance market for single-aisle engines, time has come for the engines used on wide-body aircraft. The engine maintenance for a wide-body engine is a bit different to the single-aisle engine. The difference is caused by the longer flight times for the wide-bodies. This makes the flight time wear a more dominant maintenance driver than it is for the single-aisle engines.
The changes in overhaul work caused by the difference in flight profiles and the lower number of engines in the market (compared to the single aisles) will affect how the overhaul market is structured and who are the dominant players.
Feb 23, 2017, (c) Leeham Co.: A Boeing company, Inventory Locator Service, yesterday posted an Evolution of Boeing graphic on its website that traces key points in Boeing’s history.
There was a problem, however: the airplane at the top of the graphic, which was photo-shopped with Boeing 737 identification, was an Airbus A321.
A Twitter storm immediately commenced after one person saw the Evolution and posted it on his Facebook page.
It isn’t the first time an Airbus airplane showed up in a Boeing-focused promo piece. The promo piece was still up last night, but may not be when the company opens for business in the Midwest today.
The graphic is posted below the jump in this post.
The A321 wasn’t the only problem. A 747-8 was used to represent the first flight of the 747-100. A 737NG freighter represented the first flight of the 737, which was the -100 series. A 787–which didn’t even exist at the time–was used to represent the 1997 merger with McDonnell Douglas. And a 777F was used to represent the first flight o the 78.
This isn’t the first time an Airbus A320 was used to promote Boeing.
In November 2013, the Washington Aerospace Partnership (“WAP,” as in upside the head, somehow seemed fitting) used an A320 in a full page Seattle Times advert touting the state as the best place in the US to do aerospace business.
By Bjorn Fehrm
October 19, 2016, ©. Leeham Co: Airbus delivered its 10,000 aircraft last week (Figure 1), an A350-900 delivered to Singapore Airlines.
Delivering the 10,000 aircraft after 50 years of start of project is impressive, especially as the competition, Boeing Commercial Airplanes (BCA), the late McDonnell Douglas Corp and Lockheed Co, fought Airbus every step of the way.
We have a new player starting its 50 years, Commercial Aircraft Corporation of China, COMAC. It’s on its eighth year and the competitions’ sentiments are: “It will take long before they can compete, decades!”
Let’s compare with the rise of Airbus and see what can be learned. Will COMAC deliver its 10,000th aircraft in 50 years? Or in a shorter time? Read more
September 30, 2016, ©. Leeham Co: In our Corners on East bloc aeronautical industries, we will now look at the Chinese civil aircraft industry.
The Chinese aero industry has similarities with the Russian industry in its overall structure. From the start of the industry in the 1950s, it was structured after the Soviet model of research institutes, design bureaus and production companies.
The difference to the Soviet Union was that its own Chinese aircraft designs only started in the 1970s. Before that, the industry built Soviet designs on license and then modified versions of licensed designs.
The first own aircraft designs were presented in the 1980s with a focus on military designs for the first 20 years. Read more
By Bjorn Fehrm
August 21, 2016, ©. Leeham Co: The discussions around a joint Russian and Chinese development of a 250-300 seat wide-body has been going on for years.
The project got a more concrete form at President Putin’s visit to China in June. On the 25th of June visit, an inter-governmental agreement to develop and market the aircraft was signed.
At the same time Russia’s United Aircraft Corporation (UAC) and Commercial Aircraft Corporation of China (COMAC) agreed to establish a joint venture for the program.
What market is this aircraft trying to address and will it become a serious player in the wide-body market? Will it give the duopoly Airbus/Boeing something to worry about?
We will address these questions in a series of articles. Before going into the questions around the wide-body program, we will look at the players, UAC and COMAC. Are they up to the job of making a competitive wide-body aircraft?
18 March 2016, ©. Leeham Co: Last week we covered the early days of flight control when the pilot controlled the aircraft’s movable surfaces (called movables; e.g. stabilator, rudder, ailerons, spoilers…) without the involvement of computers.
We will now continue with more advanced control systems, all based on the electrical signalling of the intentions of the pilot to the movables. As the modern Fly-By-Wire (FBW) control systems modify the aircraft’s basic flying behaviour, we need to start with understanding what that behaviour is. Then we can understand how different FBW systems go about modifying these characteristics.
One could think that an aircraft is made to fly nice and stable, should the pilot take a few seconds and admire the view. Nothing could be further from reality. All normally stable aircraft which do not employ flight computers or autopilots to enhance the normal stability would go into a rather nasty dive after a while.
Why this is so and what is done to help the pilot in modern FBW systems is the subject of today’s and next week’s Corner.
Aerospace clusters are evolving throughout the world, said Kevin Michael, vice president of ICF International.
California is on the decline. Two new clusters on the rise are Mexico and the Southeastern US. The Netherlands and Singapore are successful, long-term clusters.
California was the premier aerospace cluster for decades, but its demise began when Lockheed chose Georgia as the location to build the C-130. The founding of Airbus was not good news for SoCal, and neither was the end of the Cold War. The acquisition of McDonnell Douglas by Boeing in 1997 further precipitated the decline of SoCal.