Star Alliance News
![]() in the vast new Terminal 3 at Beijing Capital International Airport. Star Alliance will decide before year end which Indian carrier it intends to invite into the partnership. |
Air Canada - the first 70 years
![]() ![]() Dave Baker <fifty_2_ Pictured the outside and inside of TCA530 ![]() ![]() 1984
Here are some of them -
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TCA/AC Events & People Gallery
The bygone days Terminals in 1945 ![]() ![]() Terminals in 1946 ![]() ![]() ![]() ![]() ![]() ![]() Windsor |
Remember When?
Saturday April 25th., 1953 flight 1 was routed via Regina to open up North Star service. Lethbridge received its first North Star service 2 days later. December 15th., 1954, the first Vickers Viscount delivered to T.C.A. on the 6th., flew inaugural flights on services from Sept-Iles and Bagotville. |
Canadi>n/CPAir/PWA, Wardair, etc. Events & People
Remember when! On December 12th 1991. a CPAL B747-400 fin 882(382) c/n 24895 commanded by Capt. Al Clark operating a non-stop flight from Hong King to Vancouver covered the distance in 9 hours and 51 minutes, the normal flight time was 11 hours 15 minutes. The flight was surfing a 190 knot tail wind, and the time was thought to be a record. Fighting the winds from Vancouver to Hong Kong, now fighting the same jet stream as a head wind, was 14 hours 30 minutes. This aircraft was returned to the lesser, Pegasas, and went to Aerolinias Argentinas LV-AXF in 2004. In January 17th 1968 DC8-63 C-FCPO fin 801 c/n 45926 CPA took delivery. Canadian Pacific was the first airline in North America to order the DC8-63 known as the "stretched" version. Fin 801 was later sold to Worldways YYZ in May 1983 Keith sends us this story - Hi there, as some of you are already aware I have a little tribute site to CP Air at http://cpair.blogspot.com. ![]() "In August of 1979 I photographed a CP Air 737 in the orange livery, rolling off the active runway 31L and taxiing onto the ramp at Whitehorse Airport in the aftermath of a fairly violent rain squall. If memory serves me correctly, the 737 had to do a missed approach / go-around on its initial landing attempt due to excessive wind shear from the overhead cell. At the time, this incident also delayed a prompt landing by our own smoke patrol aircraft, a small twin engine machine operated by Alkan Air under contract to Yukon Forestry, which was getting tossed around in that ugly cell upstairs and wanted to get the hell on to some firm ground as soon as possible. I waded out onto the tarmac in a good 1/2" of standing rain water with my little 35mm Rollei camera and photographed a number of helicopters on the ramp and when the 737 came into perfect position I took this shot with Kodachrome 64 slide film. Back in those days, a person could actually wander around the ramp without being immediately slapped into irons. The only place that was definitely off limits was the active runway." Keith < |
Readers Feedback
Tom Sparkes, t_ (Note - the picture was scanned from the CPAir "Contact" magazine - Any comments by you CPAir'ers? - eds) ![]() Bill Norberg sends us another story - In view of today's concern about second hand smoke I thought this might be of interest. Aircraft Maintenance and smoking These activities may not seem on the surface to have much in common, but there has been an interesting relationship. The percentage of Canadians who smoke is around 25 % or so in 2007. In the early 40's when Trans-Canada Air Lines started operations, the equivalent percentage was closer to 75 %. It also seemed that people who flew were even been more likely to smoke. There was no reason not to believe this higher percentage also applied to flight crews. I first became aware of the relationship of smoking to aircraft maintenance when I started to overhaul air driven gyroscopic instruments. There were two very important instruments that used air driven gyros as their reference sources. The directional gyro that gave the aircraft heading, and the Gyro horizon that gave longitudinal and lateral reference for the pilot when flying in clouds or at night. These instruments used a gyro rotor that rotated at around 15,000 RPM to give the needed mass energy to provide a stable reference source. These rotors were driven by an air jet that impinged on the buckets milled into their circumference. The source of this air was provided by engine driven vacuum pumps that sucked the air out of the instrument housings allowing cabin and cockpit air to enter the jets that drove the rotors. It is not difficult to realize that the quality of the air entering the instruments and driving the rotors at high speed, was determined by the quality of the cabin and cockpit air. When these instruments were removed every 1000 flying hours for overhaul it was shocking to see what was found in the rotor buckets. They were almost completely filled with a tarry brown substance.....the tars and residues of the smoke exhaled by the passengers and pilots. I have seen gyro horizon rotors that were actually seized by the amount of tar residues deposited on the rotors. It took the most extreme cleaning solutions to remove this substance. I never smoked, but this evidence convinced me as a very young man what a hazard this practice might be. I visualized lung tissue looking much like these rotors. Smoking continued to be allowed in aircraft until well into the 1980's and we were to have this practice show itself up in many ways. In the case of the pressurized aircraft, the outflow valves that controlled cabin pressure were often blocked or stuck shut by the build up of smoking residue. It became a standard maintenance item to have these areas periodically cleaned. There was one thing that might be considered a positive aspect to smoking in pressurized aircraft...and I suspect the only one. Whenever air escaped from pressurized aircraft cabins when smoking was allowed ,it always contained the residual products of smoking...namely nicotine tars. When this happened it would leave a brown streak. This would happen whenever there was a loose rivet or the start of a small crack in the aircraft skin and would somewhat ease the task of aircraft inspectors. The Viscount aircraft were given a major check every 3000 flying hours at which time the cabin ceiling would be so badly stained by cabin smoke that it required a major cleaning. Needless to say the elimination of smoking in aircraft has been a positive move for aircraft maintenance. The following article is from the Canadia>n "Contact" magazine dated June 22nd 1990 and loaned by Bill Wood - Smoking is good for the skin. Maintenance crews have to look a little closer for fatigue cracks in aircraft skin since in-flight smoking was banned. John Ross, Manager, airworthiness, Prairies, said a nicotine build-up on a fuselage used to make cracks easier to detect. "Nicotine condenses at any air leak point and builds up during pressurization cycles", he said. However, the time saved in cleaning nicotine build-ups in the outflow valves more than compensates for any extra time spent examining the aircraft skin, he added. |
Terry's Travel Tips
![]() Vancouver to Boston - Tango fare quoted was ca$280.00 one way BUT adding the taxes comes to ca$356.19 |