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Airbus’ A330 improvements aimed at maintaining market position vs 787
Airbus last week announced additional gross weight upgrades and improvements to the A330-200/300 that increase range and reduce fuel burn. Aviation Week has this story about the enhancements.
This is the latest in a series of improvements taking advantage of the four year delay in the Boeing 787 program that Airbus believes will enable the airplane, which first entered service in 1994, to remain viable well into the 2020 decade.
Boeing launched the 787 in December 2003 and promptly claimed the aircraft would kill the A330. Had the aircraft entered service in May 2008 as originally planned, Boeing might have been able to make strides to do so. But delays allowed Airbus time to incorporate several Performance Improvement Packages (PIPs). The European company has sold more A330s post-787 launch than it did before.
The latest improvements give the A330-300 an anticipated range of more than 6,000nm, compared with less than 4,000nm when the airplane entered service.
Airbus Innovation Days: synopsis of a lot of stuff
We’ve been at the Airbus Innovation Days in Toulouse, with about 200 others from around the globe. Here are some highlights:
A380 wing rib issues: As reported previously in various media, Tom Williams, EVP-programs, outlined the issues with the wing rib cracks. A new metal alloy was used, intended to save weight, that cracked in operations despite fatigue testing failing to discover the issue on a test airplane. Williams attributed the failure to detect the cracks to inadequate instrumentation on the test plane. The new alloy saved about 300kg. There are 60 L-brackets out of 4,000 that require inspection and only 20 are affected. The issue does not affect flight safety and the ribs can be replaced either during a C Check or during a nose-to-tail maintenance check. The “Type 2” cracks, the most serious of two types found, have to be replaced by 1,300 cycles.
A350-800/1000 sales: Boeing has been aggressively casting doubts on these two sub-types, pointing out that there have been no sales since 2008. John Leahy, COO Customers, said there haven’t been sales because he doesn’t have any delivery slots available until the end of the decade. He’s been switching some customers from the 800 to the 900, which is more profitable to Airbus. Where did he get the slots? He won’t say but in a press gaggle after his presentation, he acknowledged to an Indian journalist that Kingfisher Airlines—an A350, A320 and A380 customer—deferred all its deliveries to relieve the need for pre-delivery payments. We asked Leahy if he was re-selling the Kingfisher slots and he demurred, saying that was “confidential.”
(We note that Boeing had a long dry spell in sales of the 787 during the depths of the problems with the airplane and the backlog stretching to late this decade.)
Leahy also said Boeing’s claims that he, Leahy, doesn’t know what the -1000 “is” are false.
A320 v 737: If the war of words over the A350 wasn’t enough, Leahy—and to a lesser extent, Williams, whose focus was principally the A380—repeated the Airbus messaging begun last November at the Credit Suisse conference in New York that fan size does matter and the 737 MAX comes up short. Airbus figures the MAX at best (pre-dating the recent Boeing changes) will gain 8% over the 737NG. We asked Leahy later about the move by Boeing to take the CFM LEAP-1B fan size to 69.4 inches and to add the “Boeing Advanced Technology Winglets” (BATW) to the MAX. Boeing now claims the MAX will be a 13% improvement over the NG. Leahy, who compared the BATW with the MD-11 winglets, said Boeing will get only about one-half percent improvement from this. The 69.4 inch fan still falls short, he said.
Williams, a former engine engineer, said the hotter temperatures and ceramics technology required of the LEAP-1B, will present maintenance challenges.
Odds and Ends: 777-9X will create new class of airplane
Boeing 777X: The 777-8X, said to be a replacement for the 777-200, is really sized closer to the 777-300 and the 777-9X is a new class of airplane. See this story for details.
A330neo: It’s a story that won’t die: talk of re-engining the A330. But does it make sense? AirInsight completed a short report in which economics of the A330, the A330neo, the A350, the 787 and the 777 are evaluated. The results indicate that while the A330neo will have a major gain in fuel performance, and in fact will be almost equal to the 787-8 with substantially more seats for revenue opportunities, it still falls short of the 787-9 and the A350.
The A330neo, suggested by AirAsia, would mimic the minimum-change A320neo and thus be different in scope than the original A350 proposal, which was a re-engined, new-wing, new system version of the A330 (much as the 777X will be compared with the 777). Airbus says it’s not interested in the A330neo “for now” but consultant Michel Merluzeau predicted at a conference organized by the Pacific Northwest Aerospace Alliance that Airbus will eventually proceed with the airplane.
But are the gains good enough to make sense to proceed with the project? The report is offered for sale for a modest $99.
WTO, Airbus and Boeing: It’s another story that won’t die (and do we wish it would): The US vs the EU on the illegal subsidies to Airbus. The US has stepped up its pressure to have the EU decide that the assertions by the EU that it has complied with the WTO findings are inadequate. The US wants to impose $7bn-$10bn in sanctions annually. The EU says the US is full of it.
MAX v NEO: Guy Norris at Aviation Week did his own analysis of the fluff Airbus and Boeing put out about the MAX and NEO fuel efficiency. Just goes to show you can’t believe either party. That’s why we like to rely on the analysis of the customer. Lufthansa has analyzed the MAX and NEO and told us last year (and again at ISTAT last month) it concludes there is only a two percent difference (in Boeing’s favor) between MAX and NEO, which LH said both times simply retains today’s status quo between the two OEMs. (This also throws cold water on Boeing’s claim that the NG is 8% more efficient than today’s A320.)