The first Airbus A350 lifts off. Photo from Airbus.
At almost exactly 10:00am local time in Toulouse, France, the first Airbus A350 successfully took off with many on lookers locally and over 20,000 viewers on Airbus’ live feed. Six crew on board took the A350-900 XWB for a four hour test flight which will be the first of many to get to the 2,500 flight hours required for certification. The first aircraft, MS001, will be joined by four other test aircraft to get there.
’œI congratulate the whole A350 XWB development team for having completed the first flight preparation in a record time,” Airbus President and CEO Fabrice Bregier said. “I also wish to thank the first flight crew today for taking this aircraft where it wants to be ’“ in the sky. I would also like to extend my gratitude to all our teams in the design offices, at programme and manufacturing level, the ground crews as well as our colleagues in airlines and suppliers and many others who helped define this all-new aircraft. The A350 XWB which has flown today, integrating the latest available technologies, is now entering the final stage of its development. And it is ready. Ready to head towards certification and entry-into-service in the second half of next year.’
If you were not one of the hardcore #AvGeeks who were up during the first flight, you can watch the replace of the live stream on Airbus’ website. Can also see the landing of the A350 via MrAxe26 on YouTube.
The completed A350 XWB MSN001 is welcomed by Airbus employees in Toulouse. Photo from Airbus.
The painting of the first Airbus A350 XWB was completed today in Toulouse, France. The aircraft is sporting the typcial Airbus livery that took about seven days to complete.
The aircraft, MSN001, has also completed flight-test-instrumentation (FTI) verification, engine installation and a subsequent intensive phase of ground vibration tests. Airbus is expecting MSN001 to complete its maiden flight this summer.
First A350 XWB nose section being unloaded from the Beluga aircraft at St Nazaire. Photo by Airbus. Click for larger.
Now that the Boeing 787 Dreamliner has been delivered and will soon be entering service, I want to share some love with the Airbus A350 XWB.
The A350 line up currently planned will overall, be larger than the 787, even though there will be some overlap. The smaller A350-800 will compete with the larger 787-9 and 787-10. The A350 is slated to carry 250 to 400 passengers, where the 787 models will carry about 210-290 passengers.
Cut away of the Airbus A350 XWB from Flightglobal. Click for larger.
The A350 will be the first airliner manufactured by Airbus using 53% composite materials. We have previously seen the upper wing cover and landing gear, now something a bit more recognizable; the A350 XWB nose section. The A350 nose section comes in three different parts, which is different than the Boeing 787 coming in just one.
At this time, the A350 has 567 orders, where the first aircraft is expected to go to Qatar Airways sometime in later 2013.
The first landing gear for the Airbus A350 has been installed. Photo from Airbus. Click for larger.
Sorry time is making me go super lazy on this one and copy/paste the official Airbus press release with the photo:
The first A350 XWB nose landing gear produced by Liebherr Aerospace has been successfully installed in the A350 XWB landing gear systems test facility in Filton (UK).
In the coming weeks, the main landing gear supplied by Messier-Dowty will be installed and preliminary testing of all three landing gear legs will start. Full integration testing will begin with the entry into service of the facility towards the end of 2011. These tests are carried out to demonstrate reliability and maturity in addition to providing evidence for certification, especially with regards to the extension-retraction, braking and steering systems.
The test facility, called « landing gear zero », is part of a series of integration test benches specifically developed to test the A350 XWB systems in order to ensure that the aircraft meets the highest standards of in-service reliability from day one. Other A350 XWB system integration tests facilities such as this one are ’œcabin zero’ for testing the integration of cabin systems into the cabin structure and ’œaircraft zero’ known also as the ’œiron bird’ for testing the integration of the hydraulic, electric and flight control systems.
Boeing 787 Dreamliner ZA003 at Paine Field
Boeing tonight announced another delay in the 787 Dreamliner program. Normally this means comments on new sites will fill with frustration on Boeing inability to get this plane to market. I have some opinions of my own, but before I give them, here is the press release that Boeing released tonight:
The Boeing (NYSE: BA) Company said today that it now expects delivery of the first 787 in the middle of the first quarter 2011.
The delivery date revision follows an assessment of the availability of an engine needed for the final phases of flight test this fall.
While Boeing works closely with Rolls-Royce to expedite engine availability, flight testing across the test fleet continues as planned.
Boeing said last month that the cumulative impact of a series of issues, including supplier workmanship issues related to the horizontal stabilizer and instrumentation delays, could push first delivery of the 787 a few weeks into 2011. The delay in engine availability has extended that estimate to mid-first quarter 2011.
The schedule revision will not affect the company’s financial guidance.
Of course this is something that Boeing is not happy about. Heck it is something I am not happy about either. The 787 has already been plagued with delays. The first issue, in my opinion, was that Boeing made a timeline of completion that was too aggressive and unrealistic. Then we get the workmanship issue with the horizontal stabilizers that wasn’t good and also the more recent failure of a Rolls Royce Trent 1000 engine. However, I feel all these delays will easily be forgotten shortly after the Dreamliner makes it to the market. Remember, this is a very complex aircraft that represents the next generation of airliners.
When Boeing first introduced their first jetliner, the Boeing 707 it was easy to tell it was a totally new type of airplane. It looked unique sporting jet engines instead of props. I feel that the Boeing 787 Dreamliner, like the 707, is the next generation of airliner of its time. I think people have a hard time realizing that, since it doesn’t look all that different from current airlines. Boeing is not the only one experiencing delays building the airplanes of the future.
As Airbus continues to work on their next generation airplane, the Airbus A350, they are not immune to their own delays. Flight Blogger is reporting that the first delivery of the A350 will be delayed until at least 2014. It is still very early on in their process and even though they have learned a lot from Boeing’s delays, I assume this won’t be the last delay for the A350 we will hear about.
Creating the next generation of aircraft is not easy. It has taken some of the best minds in the world at Boeing and Airbus to move both of these programs forward. With with all the know-how, money and drive to succeed, there will be bumps in the road. Previous airliners have seen delays as well through out history and most of those delays are quickly forgotten.
This makes me very sad that I will have to wait a few more months to see the first Boeing 787 in ANA livery carrying passengers. But I tell you what… the first time I am able to fly in a Dreamliner, it will be totally worth the wait!
Shout out to Jon @ FlightBlogger for following this story.
