Pre-Delivery and Test Flight of a B777

MUKILTEO, WA – On Tuesday of this week, our Aircraft Programs team did a customer walk on the B777-300ER (C-FKAU, FIN 749) Air Canada is receiving next week. Our team consists of various managers, mechanics, and engineers. The customer walk is an important step because it is basically a final inspection of the aircraft before delivery.

Air Canada and Boeing inspected the aircraft for the day and looked for snags and other issues on the airplane. We had to put a piece of red tape when we snagged something on the plane. We tested the mechanical characteristics of the seats, such as recline, headrest, armrest, and tray table. The team also tested the flight attendant call button and reading light from every seats. Over 400 seats were inspected during the day!

(Photo Credits: Jen Schuld)

Our Boeing 777-300ER landing at Paine Field after a successful test flight on May 18. (Photo Credits: Jennifer Schuld)

Test Flight (C1)

The next morning, I was aboard the customer test flight (C1) of the aircraft. It is the second test flight of the plane since it was built. The flight lasted around 2h45 with a touch-and-go and a go-around at Moses Lake (KMWH). The aircraft headed West of the state of Washington after takeoff from Paine Field. The Boeing 777 then followed the shoreline to the South before taking a left turn towards the East. At our cruising altitude of 39,000 feet, the pilots performed several tests on the aircraft.

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Flight path of the  aircraft via FlightRadar24.

Go-around at Moses Lake.

Go-around at Moses Lake.

Some of the tests included the extension of the flaps and the slats close to cruising altitude. The spoilers (speed brakes) were also deployed for a short period of time.

Extension of the flaps.

Extension of the flaps.

Extension of the spoilers.

Extension of the spoilers.

The landing gear was also extended during the flight. The cabin started to shake when the gear was deployed because the aircraft was flying in cruise phase at a higher speed than usual when the aircraft is about to normally land at a lower speed. The gear is the part of the aircraft that creates the most drag.

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Flying over the mountains in the beautiful state of Washington.

The flight crew decompressed the cabin at an altitude of 39,000 feet with a feeling for the passengers that the cabin was pressured at 11,000, 12,000, and 13,000 feet. The cabin is usually pressurized at 8,000 feet for the comfort of the passengers. At lower cabin pressure altitudes, passengers will feel better and rested after a long flight. The Boeing 787 is pressurized at 6,000 feet, which is an improvement from the current generation of aircraft.

Blue skies!

Blue skies ahead!

Flight deck of the Boeing 777-300ER (77W).

Flight deck of the Boeing 777-300ER during flight.

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Flight line of Boeing 787s at Boeing Everett Factory.

I am now heading back home to Eastern Canada for the long weekend (Victoria Day). I am not working on Monday since our office is closed for the Holiday! Next Tuesday, I am leaving the Aircraft Programs team and I will be joining the Network Planning group for the rest of the summer. During my trip, I had the opportunity to tour one-on-one the Boeing Everett Factory! Stay tuned for an overview of the factory tour as well as my first few days in the Network Planning department.

Nicolas


Contact the author at berniern@my.erau.edu

Short Trip to Seattle

This week, I am in the Seattle/Tacoma area from Monday to Thursday. I will be joining the Aircraft Programs team for the inspection of our 19th and last Boeing 777 to be delivered from Everett, Washington next week. It was the first time I was flying as a non-revenue passenger.

Beautiful sunset over the SeaTac area.

Beautiful sunset over the SeaTac area.

One of the perk of working as a summer intern for an airline are the travel privileges. Some airlines allow you to fly on standby on all of their flights if seats are available. Employees only have to pay taxes and other related fees. Unfortunately, I won’t be able to discover Air Canada’s network this summer since the air carrier requires its employees to work for six months before being granted flight benefits.

My first flight was from Montreal to Toronto. I then flew from Toronto to Seattle.  I was upgraded on both of my flights! For the short 53-minute flight to Toronto, I was flying on an Airbus A330 featuring fully lie-flat beds. The aircraft was completely empty. Only 10 of the 37 upfront premium seats were occupied. On the second flight I was onboard an Embraer 190, the smallest mainline aircraft in our fleet.

Cheese plate and nuts offered in Business Class from Montreal to Toronto.

Cheese plate and nuts offered in Business Class from Montreal to Toronto.

Chicken or pasta was served as the main course on the flight to Seattle.

Chicken or pasta was served as the main course on the flight to Seattle.

Paine Field is where I will spend the next couple of days. The airport is home of Boeing where it completes the assembly of the 747s, 767s, 777s, and 787s aircraft. The Boeing 737 family of aircraft is made in Renton, WA. Our team will be inspecting the aircraft because it wants to makes sure everything works well on the aircraft before delivery. I will write a story about this exciting trip very soon.

Until next time!

Nicolas


Contact the author at berniern@my.erau.edu