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Clive Irving

Is Boeing's New Plane Safe?

787 Dreamliner Getty Images Today’s announcement that Boeing postponed the first flight of its 787 Dreamliner has taken a toll on the company’s stock, says Clive Irving, who raises questions about its untried technical innovations.

Boeing is facing the most embarrassing and costly debacle in its history. Today’s announcement that the 787 Dreamliner’s first flight has been postponed, due to the discovery of a structural flaw, is the latest in a series of poorly explained delays. The program is already two years late. In the company’s history, there has never been such a gulf between the brilliance of the concept behind an airliner and the ability of the company to deliver it. Make no mistake, the 787 was—and probably will be—a game-changer. Scores of airlines around the world have ordered it. Today, all of them are wondering: What is really the problem?

It was a Potemkin Village of technology, camera-ready but a long way short of leaving the ground.

It all looked very different two years ago when the first 787 was rolled out with a great deal of hoopla. It turned out that that 787 was a hollow shell. It looked every bit the sleek precursor of a new age of fuel-efficient, passenger-friendly machines it was cracked up to be. But in truth, it had no moving parts at all, except its wheels.

It was a Potemkin Village of technology, camera-ready but a long way short of leaving the ground.

Since then, the repeated delays have all had one acknowledged cause: building the entire airplane from composites, not metal. This was exacerbated by having to bring together many parts outsourced from many countries. If you set out to build a whole airplane in a way that never been done before, glitches are bound to surface. But none of this implied that there was anything inherently risky that would make the 787 unsafe to fly.

So today’s revelation, that there was “a need to reinforce an area within the side-of-body section” means, when translated, that there was a suspicion that part of the airframe would fail if the first 787 left the ground in that condition. There was more. Boeing said that they considered a temporary fix that would allow the 787 to fly as scheduled, but decided instead to “develop, design, test and incorporate a permanent modification.”

It may sound judicious, but it indicates a substantial new delay. “Develop” is not a word used lightly. Preceding “design” implies trial and error. Even more disingenuously, the announcement added: “Structural modifications like these are not uncommon in the development of new airplanes.” Given the history of the 787, that’s just hogwash.

The fundamental problem with the 787 has always been that Boeing was attempting to combine many streams of untried technical innovation into one design and, at the same time, setting wildly optimistic deadlines for completion.

Several years ago, I visited a well-concealed complex behind a furniture showroom in suburban Seattle. It contained a full-size mockup of the 787’s cabin. Designers walked me through the concept. It was truly transforming—deep windows, airy spaces and cleverly thought through details. This was truly the future of flying, as advertised.

But now Boeing is exposed as a victim of its own propaganda, forcing its engineers to meet goals that were never remotely realistic. One wonders how one man feels about this today: Alan Mulally, now the CEO of the Ford Motor Co. Mulally moved from Boeing to Ford a year before the rollout of the 787. I met Mulallly when he was CEO of Boeing Commercial Airplanes. He had had an impressive record, and came across as a hard-driving visionary and great leader. There’s a lot of Mulally DNA in the 787. And if he had been running the 787 program, I would bet that it would be in a lot better shape today.

Clive Irving is senior consulting editor at Condé Nast Traveler, specializing in aviation.


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June 23, 2009 | 4:57pm
Comments ()
C17Pilot

As a usual Mr. Clive Irving hater, I thought this was actually his best piece in the past couple of months.
Bravo!

If you want an indestructible aircraft, we should all be flying commercially on a C-17 (we've taken a missile to an engine and still landed safely at Badhdad Int'l)

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5:43 pm, Jun 23, 2009
nozferatu

You got lucky.

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4:47 pm, Jun 30, 2009
pious1001

have a look at Airbus A380 while you are at it Clive, Emirates in Dubai has essentially grounded its entire fleet due to ongoing electrical issues and it was an Airbus that nose-dived off of Brazil recently and it was also an Airbus that just had a forced landing out of Australia a few days after (fire in the cockpit)...above and beyond that many pilots still have legitimate issues re the excessive reliance on composite materials used by Airbus, materials that are immune to stress/fatigue testing and only fail, well, after they fail. As many a pilot has said "If its not Boeing I'm not going"

All great leaps in tech take time an effort, so ease up on the hating fella

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8:20 pm, Jun 23, 2009
foxbat91

excessive on composite materials? From airbus? The 787 is made entirely of composites. What kind of argument are you trying to make?

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11:37 pm, Jun 23, 2009
sophia5

" Boeing is facing the most embarrassing
and costly debacle in its history."

What a bold thing to say.

Why does that statement make me cynical
about a Euro's objectivity, who perhaps
might be secretly rooting, just a little bit,
for Boeing's rival Airbus ?

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10:06 pm, Jun 23, 2009
Hawnzz

Let us remember the initial stages of the big Airbus shall we? It was YEARS late and still has problems.

Major change comes with major problems. We need change... get used to it.

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10:07 pm, Jun 23, 2009
EtienneEtoile

I would love to know where all the parts came from and the origin of the problem parts. Any bets?

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10:32 pm, Jun 23, 2009
JoshAus

This is not some minor problem. Apparently the wing started to delaminate in a ground test at less than 120% of maximum design load. To achieve certification the wing needs to not fail below 150% mdl.

The area of wing that failed is right next to the fuselage and wing box. ie the failure area is the bit that keeps the wing attached to the airliner. For Boeing management to suggest they could have flown with some "patch" is at best disingenuous or at least completely incompetent. Major changes to Boeing's management are needed.

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1:14 am, Jun 24, 2009
iamazdavid

I think Boeing is doing due diligence. I suspect Airbus did not do the same. If I see another Airbus tail being fished out of the ocean I think I'll be sick. What are the ramifications of using the skin of the fuselage as major structural component? As a Materials Engineer I would say that composite technology is not sufficiently matured to be used in high cycle, life or death applications for the general public.

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1:42 pm, Jun 24, 2009
JoshAus

Dude aircraft skin is a major structural component of all modern aircraft.

I agree with your concerns regarding composites but Boeing doesn't seem to have had any real problems with the 777 which uses composites for a lot of critical areas of the aircarft including the vertical tail. From what I've read regarding the Air France accident it appears that the cause of the accident is more an operator's issue than the manufacturers. The aircraft appears to have been flown into meterological conditions it should never have entered and certain critical aircraft components had not been replaced in accordance with the manufacturer's instructions.

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7:28 pm, Jun 24, 2009
lsickinger

I'd rather they design, develop, test adequately and deploy, than launch an aircraft that takes a nosedive. They wouldn't recover as a company if this launch goes poorly and we'd all mourn the loss of hundreds of innocents.

I trust Boeing to do this, it's what they do best.

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9:25 pm, Jun 30, 2009
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Is Boeing's New Plane Safe?

by Clive Irving

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