Author: Jon Ostrower

  • Missing delivery forecast, Boeing faces “air pocket” on 787 output (Update2)

    Japan Airlines Boeing 787 Dreamliner ZA176

    Boeing failed to meet its 2011 delivery guidance of 15 to 20 747-8s and 787s, delivering just 12 of its newly certified aircraft, including nine 747-8 freighters and three of the long-range majority-composite twins to launch customer All Nippon Airways.
    Beyond its missed forecast, the company faces a larger challenge of a gap in 787 deliveries after the preliminary batch of aircraft are delivered to ANA, Japan Airlines and Air India, while the company works to match its factory production rate with its delivery rate as it manages post-certification re-work.
    ANA’s third 787, equipped with the recently-certified Package B Rolls-Royce Trent 1000 engines and long-range 158-seat configuration, was contractually delivered to the carrier on December 30 and is expected to depart Paine Field in Everett for Japan as early as today, say company sources.
    The aircraft was to have delivered in November, delaying the start of ANA’s service from Tokyo-Haneda to Beijing from December to January, part of a block of seven that the carrier expected before the close of 2011.
    Airplanes 41 and nine, both for ANA, were due for delivery in 2011 as well and will both be contractually delivered to the carrier in the first half of January. Both received US Federal Aviation Administration airworthiness certificates just before the close of the year, say company sources.
    Boeing will make official its 2011 delivery figures Thursday.
    Still outstanding is the regulatory approval of the General Electric GEnx-1B-powered 787, requiring Airplane 35 for Air India to serve as a production article to fly functionality and reliability (F&R) validations, now expected to make it maiden flight in the middle of the month. GE certification was to have been completed by year’s-end, clearing the way for deliveries to the Indian flag carrier and Japan Airlines, which begins its first service from Tokyo-Narita to Boston in April.
    JAL’s first 787, Airplane 23, which completed change incorporation in San Antonio, Texas, is slated to be delivered in mid-February, said the carrier in December. The slip from the end of 2012 further confuses its status as GEnx-1B launch customer despite Air India’s claims its first delivery would be ahead of JAL’s.
    An Economic Times of India report indicated Air India expected its first 787 later in January, a date that seems unlikely to be met with the outstanding certification requirements for the type. The carrier says it expects seven 787s to be delivered by June, all of which will undergo sale and leaseback transactions as part of Air India’s financial restructuring. At least one of those seven, Airplane 46, will be delivered from Boeing’s Charleston, South Carolina final assembly line.
    According to its Z24 schedule, formalized in November, Boeing plans to deliver 45 787s to customers in 2012, or approximately three to four each month, down from the 61 it had planned in Z23. Boeing maintains its goal of meeting a rate of 10 aircraft per month by the end of 2013.
    While, Boeing has focused its resources on preparing its early ANA, Air India and JAL aircraft, some 10 787s, including the late 2011 planned deliveries, the company continues to run its final assembly operations at 2.5 aircraft per month, building aircraft that will require re-work, albeit less, to prepare for delivery.
    With travelled work still flowing to final assembly in Everett, the company slows its own learning curve by continuing to flow out-of-sequence assembly tasks that would otherwise be done by its suppliers or facilities in Charleston, increasing the difficulty of learning a consistent delivery of a completed statement or work, say industry observers.
    Further, the concern, say several directly familiar with the manufacturing operations, is as much the near-term pacing of aircraft as it is the aircraft parked in long-term storage and shuffled around the Everett campus that have not yet gone through significant change incorporation and rework, creating an “air pocket” in deliveries after the initial batch is delivered as resources are brought to bear on the less-complete aircraft.
    Boeing aims to build a 787 that will not require any re-work by Airplane 63, say those familiar with the plan, delivering the factory complete jetliner directly to its pre-flight preparations for production and customer evaluations. 
    The company has received parts for 787s up to Airplane 56.
    If Boeing meets its goal of making Airplane 63 its no-rework aircraft – a goal that at one point was to be met by the 16th and 34th 787s built – fully 59 aircraft will have required post-assembly modifications, including three of the six flight test aircraft.

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Movie Monday – January 2 – Bombardier’s Chief Salesman

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    Chet Fuller, senior vice president at Bombardier Commercial Aircraft, sat down with Canada’s Business News Network last month for an extended interview discussing the ins and outs of the CSeries and what it takes to sell the new 125 to 149-seat jet to the world’s airlines. 
    Interestingly, the conversation does not touch on the tactic of price as a weapon in a sales battle, an often blunt instrument that Boeing and Airbus have used to maintain their edge in the duopoly. Fuller continually emphasizes the technical merits of the aircraft as its selling point and his fierce belief that the capabilities of the aircraft are its trump card.
    Additionally, Phillipe Poutissou, Bombardier Commercial Aircraft marketing vice president, sat down with Air Insight’s Addison Schonland recently to discuss progress on the new program and he provides an update on the Complete Integrated Aircraft Systems Test Area (CIASTA) “iron bird” test facility which will come online to mature the aircraft’s systems prior to the start of flight testing. The CSeries is slated to make its first flight later this year, followed by it service entry late in 2013.
    The candid interview with Fuller runs 30min in three parts and can be found here. At the end of each 10min segment, the video will automatically advance to the next part, though you can find links here for parts one, two and three. Enjoy! 
    Editor’s Note: I’m just back from a week’s vacation which took me all over the southeast United States on a 2,300mi road trip across Virginia, North Carolina, South Carolina, Georgia, Alabama, Mississippi and Tennessee. It was a much-needed break and I’m rested and ready for 2012. Happy New Year, everyone!

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • First A350 static airframe section heads for final assembly (Update1)

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    On a wintery morning in St. Nazaire, France today, the first fuselage section of the Airbus A350 static airframe was loaded onto the A300-600ST Beluga transport aircraft. It’s destination was Toulouse, France, site of the aircraft’s final assembly operations. This airframe, also known as ES or MSN5000, will never fly and will be used in ground testing to validate the static strength of the aircraft’s composite wings and paneled fuselage.
    This particular section began mating in St. Nazaire on December 9, after it was delivered on September 27 from Aerolia which makes the Section 11/12 forward-most fuselage section in Méaulte, France. MSN1 followed MSN5000 to St. Nazaire and had begun initial assembly as of early-November.
    The MSN5000’s forward fuselage will be mated to the center fuselage beginning in the first quarter next year and final assembly of MSN1 in Toulouse will begin in the second quarter. First deliveries of the A350-900 are now planned for the first half of 2014.
    Additional photos are available below the fold.
    Photo Credit Airbus

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Boeing makes final 787 delivery push for 2011 (Update1)

    With nine days to go, Boeing is working to deliver three more 787s to ANA before the close of year. At the time of its inaugural service in late-October, ANA had anticipated seven 787 deliveries by year’s end. Two have since been delivered since late-September and the carrier will receive at most a total of five in 2011, with that goal looking extremely tight. Change incorporation operations have dwindled that target down to Airplanes 31 (JA805A), 41 (JA807A) and Nine (JA804A). At least one of those is expected to feature the newly-certified Package B Trent 1000 engines and the airline’s 158-seat long-haul configuration. FULL STORY

    UPDATE 12/23 1:41 PM ET: To date, Boeing has delivered nine, not eight, 747-8 freighters, with a December 15 delivery to Atlas Air (G-GSSF) operated on behalf of British Airways Cargo. Further, Airplane 31, the next delivery to ANA, will be the airline’s first 158-seat long-range internationally configured aircraft and the first delivery with Package B Trent 1000 engines.
    Video Courtesy Matt Cawby

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Odyssey looks to take CSeries head-to-head against A318 (Update1)

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    The reported existence of a customer for the Paris Air Show mystery order for 10 CS100ER aircraft is now pinned to Odyssey Airlines, a possible new trans-atlantic start-up out of London City Airport. Though one question in particular keeps coming up: Can Bombardier’s 125-seat aircraft fly the mission in an all-premium configuration?
    Narrowbody aircraft not designed with the over-water mission in mind, infrequently find themselves in a niche role crossing the pond. Most notably, the Airbus A318, with its extra long fin has been flying the Atlantic for British Airways from London City in the heart of the financial district since October 2008 with a great deal of success. This is where Odyssey finds its chief competition.
    With its steep approach capability and just 32 B/E Aerospace Minipod business class seats in the cabin, the aircraft is able to arrive and depart the 4,984ft runway at London City. Because of the easterly winds and the weight of the aircraft’s restricted take-off roll, BA001 makes a fuel stop in Shannon on its westbound hop while passengers are pre-cleared through US Customs. 
    British Airways was seriously considering expanding to additional cities on the east coast including Boston and Washington, DC, but that expansion has not yet materialized. As it looks to the future, the double shrunken A318, will not be re-engined with CFM International Leap-1A and Pratt & Whitney PW1100G-JM like its larger siblings and won’t benefit from the decrease in fuel burn. However, the A318 will eventually be fitted with sharklets.
    To try and answer the question of the A318’s probable performance against the CSeries, PianoX, an independent aircraft performance analysis tool was employed to calculate payload capability, emissions and fuel burn over a given segment. 
    Here it has been used to compare 32-seat configurations aboard the Airbus A318 against available data on the Bombardier CSeries CS100ER between LCY and JFK. Dimitri Simos, who built PianoX, put together the following analysis comparing the two aircraft across the Atlantic. 
    An initial analysis was originally conducted in late 2009 and updated this month. The complete analysis is included below the fold, but can also be found here (PDF).

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • With minimum change for MAX, Southwest a good guide for 737

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    Its launch customer now in hand and its production system taking shape, Boeing’s future 737 Max development resembles its narrowbody programmes of its past. The airframer has backed up its commitment for a minimum-change aircraft with stakeholders who rely on the continuity of the aircraft’s design.
    Southwest Airlines, launch customer for the 737-300, -500 and -700, announced the 737 Max’s first firm order on 13 December, adding 208 new narrowbodies to its backlog, including 150 re-engined aircraft.
    The order is valued at $19 billion, though Southwest expects to spend on average $1.2 billion on capital expenditure each year between 2012 and 2022.
    Boeing hopes to minimize the changes between the Next Generation 737 and the 737 Max preserving both the common pilot type rating and grandfathered US Federal Aviation Administration certification.
    Southwest’s launch order for the 737 Max will guide the aircraft’s development, including which variant is built and tested first. So far, it appears the airline will forego the smaller -7 and put the -8 on that path to be Max One, though Boeing says: “Southwest has the flexibility to choose from 737-7s and 737-8s so it’s their decision on which will be first.”
    In its role as launch customer, Southwest – a staunch advocate of minimum change technologies to optimise products and innovate its operational processes – will guide the development of the new 737 variant, which includes the re-engined 737-7, -8 and -9.
    Though the Southwest of 2011 isn’t the Southwest of 1993 that launched the Next Generation 737 family or the 737 Classic in 1981 and has evolved from its previous habits that made it the largest domestic carrier in the US. It’s slow and methodical growth has been its hallmark, though the US low-cost carrier has grown through a major acquisition, with the purchase of AirTran Airways and it has moved toward larger aircraft as it pushes into the the country’s most tightly controlled airports to see a greater return on its investment.
    That strategic outlook and its transformation to a faster growing company, explains the work of London School of Economics academic Dr. Theodore Piepenbrock, has been at the root of Southwest’s market dominance and overall cost advantage among the US domestic carriers.
    “We tried to stay with a commonality theme,” says Brian Hirshman, Southwest senior vice president of technical operations of the company’s fleet philosophy. “Of course, we wanted to improve upon efficiency and productivity around the airplane, so we’ve been working closely with Boeing and it’s every much an iterative process. Our intention is to play a very important part in the development of the airplane right up through entry into service.”
    The December 7 ratification of the new four-year International Machinists and Aerospace Workers contract made official Boeing’s selection of its Renton, Washington final assembly line as the new home for the 737 Max, preserving an industrial footprint that has evolved from its earliest incarnations as a slant production system in 1970 after being consolidated with the 707 and 727 to today’s ultra-efficient moving assembly line.
    The first production 737 Max will be delivered to Southwest in the fourth quarter 2017, the first of four the airline expects to receive that year.
    After the troubled development of the now certified 787-8, 747-8F and 747-8I, Boeing will advance into the initial development work for the 737 Max establishing final configuration in mid-2013.
    Though significant unknowns remain about the 737 MAX, John Hamilton 737 chief programme engineer says: “The configuration is well enough known that Southwest and Boeing had confidence going forward with the deal at this time.”
    Boeing’s strategic tendency toward big jumps in technology on its recent products will likely be tempered by Southwest’s conservatism and strategic philosophy that has guided the airframer’s last two incremental 737 variant families.
    Southwest has adopted a conservative expectation for the 737 Max, touting a 10-11% fuel burn improvement between the 737-800, which will arrive in its fleet in 2012, and the 737-8, one percentage point lower than the 10-12% figure touted by Boeing.
    “We look forward to working with Southwest over the next five or six years to make sure it is the right airplane for Southwest and we will deliver the real thing – I guarantee you – on schedule and on spec and you will continue to have the best airplane in the marketplace,” says Boeing Commercial Airplanes CEO Jim Albaugh.
    Despite the addition of a strengthened airframe, new tail cone, raised nose landing gear and fly-by-wire spoilers, the external configuration will still remain largely familiar to that of the previous 737s, with the larger 173cm (68in) CFM International Leap-1B engine expected to deliver the overwhelming block of the aircraft’s fuel burn improvement.
    CFM, for now, isn’t yet sharing much detail about its “custom core” that power Max.
    “All I can tell you is the core for the Leap-1B is optimised for the Leap-1B engine,” says Chaker Chahrour CFM executive vice president, “The engine itself is optimised to deliver the best performance on that airplane and the core is optimised to be compatible with that engine.”
    Photo Credit Boeing, FlyingJ31 & Tbird-Boston

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Boeing gets third aircraft nod in 2011 as FAA certifies 747-8I

    Lufthansa Boeing 747-8I D-ABYE/N6067U RC021

    This is a breaking story and will be updated.

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Photo of Note: Boeing rolls out first repainted JAL 787

    Boeing Unveils First 787 to Enter Service for Japan Airlines

    Boeing rolled out the first 787 to be delivered to Japan Airlines, now painted in its updated livery. The aircraft, whose final registration is currently unknown – believed to be Airplane 23 – will be handed over to JAL early next year following certification of the GEnx-1B-powered 787. JAL is set to be launch customer for the 787 pairing with GEnx engines, though this had only become explicitly detailed in recent weeks in comments by Boeing Commercial Airplanes CEO Jim Albaugh. 
    Air India’s first 787, a GEnx-powered aircraft, had initially been planned for delivery late this year, though final GEnx-1B testing on a production airframe, Airplane 35, had been delayed as the aircraft wasn’t ready to fly. At last plan, Airplane 35 was set to fly during the middle of this month.
    Photo Credit Boeing

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Southwest re-commits to its workhorse with 150 737 MAX order (Update1)

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    For the fourth time in Boeing history, Southwest Airlines will be launch customer for a 737 variant, placing an order for 150 737 Max aircraft and an additional 58 Next Generation 737s.
    The commitment valued at $19 billion, is the largest firm order in Boeing’s history in both volume and dollar value, besting November’s $18 billion Emirates 777-300ER order for 50 aircraft.
    Southwest will take its first delivery, which looks to be a 737-8, starting in 2017.
    Boeing yesterday established its list prices for the 737 Max family, ranging from $77.7 million for the 737-7, $95.2 million for the -8 and $101.7 million for the -9.
    Southwest previously served as launch customer for the 737-300 in 1981, the 737-500 in 1987 and the 737-700 in 1993.
    The order raises Boeing’s firm order and commitment total to more than 900 aircraft from 13 customers. 
    UPDATE 3:23 PM ET: I’ve authored four articles exploring different aspects of the 737 Max launch order:
    Southwest Airlines’ launch order for the 737 Max will guide the aircraft’s development, including which variant is built and tested first.
    Citing fleet commonality and aircraft performance, Southwest Airlines selected the 737 Max over the A320neo, said the airline’s technical and operations leaders.
    Southwest Airlines is embarking on a decade of fleet modernisation after its decision to become the launch customer for the Boeing 737 Max.
    Boeing now holds firm orders and commitments for 948 737 Max aircraft from 13 customers, and expects that figure to climb to as high as 1,500 by the end of 2012, said the company’s top executive.
    Photo Credit Boeing

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    This post originally appeared at Flightglobal.com from 2007 to 2012.

  • Boeing takes 787 around the world in 42-hours and 27-minutes

    ZA006 Returns Home After Circling the Globe

    Boeing Flight 6 returned to Boeing Field early this morning, breaking two world speed records 42h 27min after it left the same spot on December 6. The first leg broke the distance record for the 787’s 440,000-550,000lb weight class covering 10,710nm (19,835km). Upon completion of the second 9,734nm (18,027km) leg established the eastbound speed around the world record for the weight class. Thirteen, including six pilots and one National Aeronautic Association (NAA) observer, were on board for the fuel laden flight.
    Boeing did not release the ZA006’s weights or the arrival and departure times in Bangladesh. 
    Using a combination of flight plan data and Boeing information, I pieced together the approximate routes of each leg.
    Flight One: BFI-DAC. Departure 11:02 AM PT, December 6 – 10,710nm
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    Flight Two: DAC-BFI. Arrival 5:29 AM PT, December 8 – 9,734nm
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    Photo Credit Boeing & Maps created with GCmap.com

    This post was originally published to the internet between 2007 and 2012. Links, images, and embedded media from that era may no longer function as intended.

    This post originally appeared at Flightglobal.com from 2007 to 2012.