By Bjorn Fehrm
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September 13, 2018, © Leeham News.: Last week we looking at the costs for a typical Mainline airline in our series about the airliner cost equation. We discussed the operating costs of Mainline airlines and how these would be affected by the operating area.
Now we calculated the different costs for a Low-Cost Carrier (LCC) operating either in the US, West Europe or Asia.
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Sept. 17, 2018, © Leeham News: With the supply chain under major stress and Airbus and Boeing trying to recover from scores of “gliders” sidelined at airports without engines, each company nevertheless continues to study production rate increases for the A320 and 737 families.
Airbus publicly has said it’s looking at rate 70/mo. Boeing publicly acknowledges it’s looking at rate 63/mo.
Supply chain sources tell LNC Airbus is studying an even higher rate, into the “70s,” at early as 2020—a date that most consider out of the question.
Boeing is known to be considering a rate of 70/mo for its most profitable program.
Today, LNC looks at the A320 scenario. A future post will examine the 737.
By Bjorn Fehrm
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September 13, 2018, © Leeham News.: Last week we began an article series looking at the cost equation for an airliner. We discussed the different costs and how these would be affected by airline type and operating area.
Now we calculated the different costs for a Legacy airline operating either in the US, West Europe or Asia.
danieljcatchpole(at)gmail(dot)com
September 3, 2018, © Leeham News: Boeing’s insistence that more and more subcontractors meet stringent
aerospace manufacturing standards risks adding cost and reducing flexibility to the supply chain, several direct and indirect Boeing suppliers tell LNC.
The aerospace giant is requiring more second and third tier suppliers have AS9100 certification. Until recent years, OEMs and their direct suppliers typically were the only companies that formally complied with AS9100.
Subcontractors were expected to conform to the standards, but did not have to formally comply with the requirements. Doing so is expensive and time consuming. Subcontractors’ work was covered by the Tier 1 suppliers’ or Boeing’s AS9100 certification.
The AS9100 standards were adopted in the late 1990s to improve and standardize quality management throughout the increasingly global aerospace industry.
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Aug. 30, 2018, © Leeham News: As time goes by, the Middle of the Market airplane appears to have
become the Muddle of the Market.
Boeing can’t seem to close the business case on its Middle of the Market airplane, the New Midmarket Aircraft, or NMA.
And Airbus continues to stir the pot with talk of an A321XLR and the ever-present A321neo Plus.
Other than this, everything is fine.
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Part 1 appears here.
By Dan Catchpole
August 27, 2018, © Leeham News: For all its potential, additive manufacturing faces significant hurdles before it can deliver on advocates’ assertions that the technology will revolutionize the aerospace industry.
United Technologies is counting on additive manufacturing, often called 3D printing, to help it develop and produce new components faster, better and cheaper. Paula Hay is leading the expansion of additive manufacturing at United Technologies Aerospace Systems (UTAS). In part two to last week’s interview with Hay, LNC talks to her about what problems have to be solved for additive manufacturing (AM) to make good on its potential.
Summary
By Bjorn Fehrm
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August 23, 2018, © Leeham News.: Last week we examined the areas which limit the capabilities of the Airbus A321LR from addressing a larger part of what is called the Middle of the Market or the NMA segment.
We now discuss the changes Airbus can do which would make an A321XLR cover more of an NMA space.
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By Dan Catchpole
August 20, 2018, © Leeham News: There is a fundamental tension in aerospace’s DNA.
UTC Aerospace Systems’ executive Paula Hay is leading the aerospace supplier’s adoption of additive manufacturing. (Image via LinkedIn)
It has been there since Kitty Hawk: Balancing the hunger to push technological boundaries with the desire to stay safe.
The Wright Flyer only flew after years of painstakingly testing airframes and engines. That tension between being bold and being safe is evident today in commercial aerospace’s adoption of additive manufacturing.
Just about every major player in the aerospace industry is exploring additive manufacturing, or 3D printing. Most of the integration has been at the margins. The technology is still young enough that there is no clear leader in its application to aerospace. Everyone is trying to find how to get the most from it.
Summary