Sunset colors reflecting on an Air Canada Bombardier Q-400 in Toronto
The Air Canada Terminal installations at the Toronto Lester B. Pearson international airport are such that a voyager intending to do a flight from Toronto to Quebec has to walk outside the building to catch his plane. This has some advantages, especially when it is an evening flight and there is, at the time of boarding, a superb sunset.
But to directly photograph the sunset colors without any filter or tripod, while hand holding the camera, is a recipe for disaster. And a photographer cannot stay immobile for very long in that restricted area where security agents and passengers walking towards the DHC-8-400 demand that everyone move with the flow.
A practical method that offers very good results is to indirectly photograph the beautiful sunset colors by using the aircraft as a reflector.
First, it is better to use a camera lens that requires very little light. This will limit the grain size while allowing a shutter speed that is high enough to avoid a blurred picture. The scenery was thus captured with a Canon 5DSR full-frame camera equipped with a Canon EF 50mm f/1.4 USM lens.
Secondly, the photographer must crop the photography using an image editing software so that all useless details are absent from the final shot. There are two objectives: 1) it is obviously necessary to keep the aircraft parts that will best show the sunset colors and 2) do the best possible use of the elements presenting graphic interests for the viewer.
If I had kept only several oversized windows in order to show the superb sunset colours, there would have been only clear bright colours, without contrasts. That would have given an uninteresting photo. The advantages of protecting the shadowy top of the aircraft are that it adds a strong luminosity contrast, allows the inclusion of the Q-400 diagonal lines (1-2-3-4-5) and a reflection of the reflections themselves (6) under the aircraft’s wing. All this is highlighted in the photo below.
Photography theory: diagonal lines on a Bombardier Q-400 photo
Harbour Air Twin Otter floatplane C-GQKN and Turbo Otter floatplane C-FODH in the sunset in the Port of Vancouver during summer 2016
The picture above has been taken with a Canon 5DSR full-frame camera in the Port of Vancouver, in British Columbia, during summer 2016. Following a very busy day of take-offs and landings, everything is now peaceful. The Harbour Air Twin Otter floatplane C-GQKN and Turbo Otter floatplane C-FODH are now parked for the night.
Pictures taken at dusk or dawn benefit from a unique light. Nonetheless, taking pictures of aircrafts against the light, with the last sunrays still visible, requires a special attention with regards to blown out highlights.
When contrasts are too important, it is possible to correct the situation by taking several pictures with different exposures and merging them using an image editing software like Photomatix (HDR photography). This is done in a few minutes only. Nonetheless, with floatplane aircrafts that are still slightly moving even when tied for the night, there is an increased risk of a blurred picture. The best way to proceed is to use a ND grad filter and to place it exactly where the light is the strongest. Naturally, there will still be some blown out highlights.
This being said, you still have a good margin of manoeuver, since there is no problem in showing a limited amount of over-exposed highlights in the brighter part of the sunrays, as there is not much details to lose there anyway. While purists would argue otherwise and spend hours in front of their computer trying to correct everything, you are making the best of another day of photographic exploration.
If the picture was taken using RAW files (or RAW with JPEG), it is possible to improve the scene even more by correcting some aspects like the contrasts, the brightness, the colours, the saturation and ambient light, etc. This also requires very limited time in front of the computer once you understand the basic principles of an image editing software.
Harbour Air Twin Otter floatplane C-GQKN on final for Vancouver Harbour, in British-Columbia, during Summer 2016. Photo taken with a Canon 5DSR full frame camera.
It looked like it would be an average day for a photography session at the Vancouver Harbour. The sky was quite ordinary, which means totally cloudless. But around noon, a new and more humid air mass made its way in British Columbia and rapidly the blue sky was replaced by clouds and precipitations. At the same time, the high intensity light that was prevailing around noon suddenly took more acceptable levels for photography.
Pilots of different bush floatplanes like the Twin Otter (DHC-6), Turbo Otter (DHC-3T) and Beaver (DHC-2) had to deal with the sudden weather deterioration in order to complete the daily planned flights. But one man’s loss is another man’s gain. For aviation photography, low clouds and light intensity meant that the pictures would be more interesting.
The photo above was taken with a Canon 5DSR full-frame DSLR camera equipped with a Canon 70-200 f2.8L IS II USM telephoto lens. In order to capture the moving propellers, I had to set a low shutter speed. The scene was then cropped to avoid visual distractions. The 50.6 megapixels full-frame sensor of the Canon 5DSR facilitates cropping when it is required.
In the foreground, there is a Harbour Air Twin Otter floatplane (C-GQKN) approaching to land in the Vancouver Harbour. In the background, far away and in the superior right corner of the photo, the pilot of a Turbo Otter floatplane also deals with worsening weather while ensuring that he maintains a visual contact with high ground obstacles surrounding the harbour.
Westcoast Air Twin Otter floatplane C-FGQH arriving in Vancouver Harbour, in British-Columbia, during Summer 2016. The photo was taken with a Canon 5DSR camera.
The picture above was taken in British Columbia, during summer 2016, with a Canon 5DSR full-frame camera equipped with a Canon 70-200 f2.8L IS II USM telephoto lens.
A Westcoast Air (C-FGQH) Twin Otter floatplane (DHC-6) was about to land in the Vancouver Harbour. It is obvious that adjusting the shutter speed to 1/1200 would have given enough speed to obtain a clear image. But this would have taken away any movement sensation by freezing the propellers and background.
The shutter speed had to be slow enough to allow the rotation of propellers. It is clear that an aircraft’s propeller rotates more slowly on final for landing than during take-off. So the camera had to be adjusted for a shutter speed varying between 1/40 and 1/125.
A slower shutter speed increases the risk of getting a blurred photo, especially when the photograph must move with the camera to obtain the desired effect of movement. The fact that a telephoto lens is used also increases the possibility of a blurred picture. It is thus imperative to activate the stabilizer and horizontal panning function of the telephoto lens.
To obtain a background without any precise details, the camera is panning and follows exactly the aircraft’s movement. This requires a progressive acceleration of the panning, according to the aircraft’s position from the photographer.
When the Twin Otter gets closer, things get a bit more complicated as everything speeds up. It is necessary to already have positioned the feet in the appropriate direction in order to avoid a major switch in the body’s posture. The slightest useless or brisk movement would immediately be visible on the photo.
With a bit of practice, a photographer will achieve success by respecting the following elements: a shutter speed between 1/40 and 1/125, an appropriate position of the feet, no brisk movement while pivoting and a progressive acceleration of the body’s rotation aligned with the aircraft’s speed. A slower shutter speed will enhance the aircraft movement. But expect more blurred pictures when working with speeds between 1/40 and 1/60.
A last detail: as soon as the aircraft’s floats touch the water, the deceleration starts. The photographer’s pivoting speed must immediately slow down otherwise the photo will be blurred.
Twin Otter Series 400 parked in Victoria, British-Columbia, in 2016
Knowing I would spend some time in Victoria in 2016, I planned a visit of the Viking Air Ltd installations, the Canadian company who now builds the famous Twin Otter Series 400. This company is unknown from a majority of Canadians since its production is essentially exported. Out of one hundred aircrafts produced so far, only two were bought by a Canadian company. Viking also offers maintenance service for the Twin Otter Series 100 to 300 in activity around the world.
In the foreground, a Twin Otter Series 400 built by Viking in Victoria, British-Columbia. In the background, a CL-215 water bomber recently acquired by Viking. It will possibly be modified into the more powerful CL-415 version .
In the beginning of 2016, Bombardier and Viking sealed a commercial deal that now makes Viking the new owner of the patents and designs for the CL-215 and CL-415 water bombers. Viking not only services the existing Twin Otters but is evaluating the possibility of restarting the production of the CL-415 water bombers. All is resting on the demand. But with more extreme meteorological conditions fueling a growing number of major forest fires, one can expect that within the next few years Viking will reactivate the production.
In Victoria, a Twin Otter Series 400 on floats built by Viking has been bought by Reignwood Air. It is ready for delivery to China (2016).
With the on-going regulatory changes actually taking place in China, Viking is confident to see an increase in its orders for the Twin Otter Series 400 on floats. The company will receive, at their Victoria installations in 2016, the first flight simulator essentially dedicated to training pilots on the Twin Otter on floats.
A Viking’s Twin Otter Series 400 in Victoria ready for delivery to Russia
For now, Russia is Viking’s most important customer despite the ups and downs linked to the political crisis between that country and Ukraine combined with a ruble devaluation that have forced a slowdown in the production of aircrafts destined to Russian companies. With the recent stabilization in the political situation, Viking has been able to hire back numerous workers which now brings the count to at least 350 employees, if my memory does not fail me.
Turbo Otter DHC-3T C-GVTO in Victoria, Canada, in 2016
Nowadays, most Canadians ignore that a Canadian company has restarted the production of the Twin Otters and is evaluating the possibility of also relaunching the production of the CL-415 water bombers. In the meantime, some CL-215s recently acquired by Viking will possibly be transformed into the more powerful CL-415 version. The only thing now missing for Viking is an important order from a Canadian company: that would make its name as well-known as Bombardier or De Havilland.
For other articles on aviation and photography, click on the following link: Aviation photography
Nice – Côte d’Azur airport in France in 1965 on an aviation postcard
Here is a photo of an aviation postcard representing the Nice – Côte d’Azur airport in 1965. It is part of a collection that you can view on the present web site, under the link :
Its title is : « Au soleil de la Côte d’Azur, Nice – vue aérienne de l’aéroport » which translates into « Under the Côte d’Azur, Nice sun – aerial view of the airport ». It is a postcard that was mailed on September 19th 1965. You can see two aircrafts belonging respectively to Air France (Caravelle) and KLM. It was a time where security at airports was minimal and when people did not expect that at any moment an unstable person would transform into a terrorist and attack innocents in public places, like what happened two days ago in Nice.
The author writes : « […] Nous quittons Nice ce soir pour St-Malo et nous y resterons quelques jours » which translates into « […] We are leaving Nice tonight heading to St-Malo where we will spend few days ». Having been to St-Malo myself in 1978, I take the opportunity to post a photo of that region dating from that period, just to show the beauty of France and encourage people to continue to travel in that country and continue to benefit from its diversified countryside.
St-Malo, France, en 1978
We returned in France in 2013 and some of the pictures that were taken during that time are posted in the present website, under the link :
The container ship Maersk Pembroke under the Quebec Bridge, May 2016
Choosing what is important in a camera
Since there is actually no camera that has everything, whatever the brand, the buyer of a new camera must make choices: the type of sensor, the number of megapixels, the weight and size of the camera, the automatic focus’s speed and ability to follow a subject, the number of images per second, the performance under low light, the possibility to greatly enlarge a picture while maintaining its quality, advanced video functions, electronic communications with other devices, an extensive choice of lenses, etc. The list can be quite long…
The Canon 5DS(R): a specialized camera
A photographer happy with the Canon 5DS or 5DSR is one who needs a specialized camera offering both sharp images and the possibility of greatly enlarging the pictures it takes while maintaining the initial quality. This camera allows for more creativity as the possibility of extreme cropping beats, for now, everything that is on the market in the DSLR format.
Testing the potential of the Canon 5DSR when it comes to enlarging a picture
Here is an example of what this means: the photo below shows the yellow M of the McDonald’s restaurant photographed with a 50mm lens. Not easily visible…
Mc Donald’s restaurant’s yellow M captured with a 50 mm lens. Hard to see, of course!
Then the next photo was taken with a Canon EF 70-200mm f/2.8L IS II USM telephoto lens set at a 200mm focal length.
Testing the Canon 5DSR: the Mc Donald’s restaurant’s yellow M enlarged through a Canon EF 70-200mm f/2.8L IS II USM telephoto lens. Focal length used: 200mm.
But the picture can be enlarged a lot more using the amazing resolution of the Canon 5DSR. The following picture shows the result after cropping the 200mm image: the yellow M now takes the whole vertical space available in the picture without any loss in quality.
The Mc Donald’s restaurant’s yellow M, after having been enlarged (focal 200mm) and cropped within the Canon 5DSR.
From my position on the hill, the yellow M was barely visible with the naked eye. By using a 200mm focal length, followed by serious cropping, I was able to obtain the result above. So it is possible to photograph a subject that is almost invisible without a telephoto lens and transform it into the principal subject of the picture without any loss in quality.
I chose the 5DSR because the anti-aliasing filter has been neutralized in the model R to offer even sharper images, although there is a risk of occasional moire effect when there are repetitive patterns in a scene. This is the compromise that Nikon users must also have to deal with.
Rethinking photography
The 50.6 megapixel full frame sensor in the Canon 5DS or 5DSR allows a new approach of photography for those who do not have access to a much more expensive and larger medium format camera that does not necessarily give really superior pictures.
When I go outside for a photo session, it seems to me that I now carry a huge telephoto lens without the weight and the cost. A lot of what seemed to be unavailable possibilities are now accessible.
Taking pictures of people in the street is now less complicated: there are no more suspicious looks, artificial poses or people hiding their face. This is an ideal camera to capture people acting naturally without disrupting their routine. Gone is the feeling that you are bothering them in any way.
Quartier Petit-Champlain Old Quebec May 2016
The photo below was taken while I was standing at least 300 meters from the scene, just after sunset. For those who are from Quebec City, I positioned the tripod on a high wall on the other side of Chemin St-Louis, near the St. Louis Gate. I had to slightly brighten up the picture to make the details more visible, risking at the same time to increase the digital noise. It was a May 2016 warm misty evening, which is clearly visible by the lack of details in the background as we look in the distance.
Quebecers defying gravity in Old Quebec, May 2016
But those are not the only possibilities of this camera. The Canon Company, in its promotional video, explains what exactly the camera was designed for:
How can someone maximize the use of a 50.6 megapixel full frame sensor
In order to bring a subject closer to you while fully benefiting from the Canon 5DSR 50.6 megapixel full frame sensor, it is obvious that there must be absolutely no vibrations. The photographer must therefore use a tripod, a remote control release and the mirror lock-up function. This allows for a very low ISO setting while avoiding a blurred picture.
The mirror lock-up function is very well thought through, with the possibility to choose a totally automatic processus according to a timing chosen by the photographer (between 0 and 2 seconds). The system eliminates any secondary micro vibrations.
In order to ensure an even better picture, the photographer must use Liveview and set it to the 16X enlargement available on that camera (versus 10X on my Canon 5D MKII) to manually adjust the focus. It is then possible to see the slightest vibrations caused by the wind. Doing so, I realized that my camera strap, lightly swaying in the wind, was causing some minimal vibrations. Every detail taken into consideration will improve the final result.
One must then ensure to immobilize the strap and even diminish the tripod height if possible when the wind is blowing. These steps will allow an incredible enlargement of a subject while maintaining the initial quality of the image offered by a full frame sensor.
Superior mirage effect (cold mirage)
The photo below shows a ship being helped by two Ocean tugboats on its way towards the Quebec Harbour. The ship was at a good distance from the harbour; it is then possible to witness the superior mirage effect (cold mirage) resulting from a temperature inversion immediately over the water. The boats are deformed but the important close-up has not lowered the image quality. It has instead allowed to increase the atmospheric phenomenon effect.
Superior mirage (cold mirage) effect. Vessel and two Ocean tugboats on the St-Lawrence seaway heading to the Quebec Harbour, May 2016.
Once closer to the Quebec Harbour, the cold mirage effect decreased, as shown on the picture below:
Quebec Harbour, May 2016
The Canon 5DS or 5DSR without the use of a tripod or mirror-lock
Obviously, a tripod is not necessary if you do not intend to use a lot of cropping to enlarge a photo. You will obtain excellent results with the hand-held camera providing that you remember that this Canon DSLR is a specialized tool.
So many megapixels on a sensor of that size require that the photographer adapts his technique. But, as you can see from the picture below, it is totally possible to capture an aircraft in movement, even at dusk (May 11, 19:49), when the camera’s parameters are correctly adjusted. A higher shutter speed than normal is, in this case, absolutely mandatory.
The photo below shows an Air Canada Express Bombardier DHC-8-402NG (C-GSJZ) on final for runway 29 at the Quebec Jean-Lesage international airport (CYQB).
Bombardier DHC-8-Q-402NG (C-GSJZ — Air Canada Express) on final for the Quebec Jean-Lesage international airport, May 2016. Photo taken with a DSLR Canon 5DSR.
The Maersk Pembroke with the camera hand-held
The photo below shows the Maersk Pembroke container ship photographed with a hand-held camera using a Canon EF 70-200mm f/2.8L IS II USM telephoto lens during Spring 2016 near Quebec City. The focal length was only 140mm and the shutter speed 1/1000. The lens was equipped with a polarizing filter and the photo taken when the vessel was approaching the Quai des Cageux.
The Maersk Pembroke container ship on the St-Lawrence seaway near Quebec City, May 2016
The colours produced by the Canon 5DSR
The digital processing of the image and colours produced by the Canon 5DSR require different adjustments than what was necessary with the Canon 5D MKII. I am still learning how to handle the results produced by this camera so I will wait a bit before commenting.
View of Old Quebec from the St. Louis gate. Quebec City, May 2016
Night photography
Here are two photos taken during the evening in Quebec City. The photo below required a 200mm focal, an ISO set at 4000 and a shutter speed at 1/30 in order to obtain something else than trailing lights. Luckily, the traffic was moving slowly…
Night photography, Grande-Allée avenue, Quebec City, May 2016
The picture below, taken with a 200 mm focal, required an exposure time a bit longer that one second with the ISO set at 800. To take the photo, I took advantage of the fact that the cars were momentarily stopped at a red light, so that they would be clearly visible.
Night photography, Tourny fountain and Quebec lower town, May 2016
The images per second of the Canon 5DS(R)
The Canon 5DSR is so far quite an impressive camera. I would have appreciated that Canon offer a higher rate of images per second (7 instead of 5) to make it more versatile.
The camera allows taking pictures with smaller formats than 50.6 MP, the two other options being 28 MP and 12 MP. If the camera can deliver five images per second with 50.6 MP RAW files, we can deduct that it is able to offer more speed for smaller formats. But the camera is blocked at 5 IMS so that it, I suppose, does not compete with other existing Canon models of the same category…
Nonetheless, Canon says that the rapid sequence of shooting lasts longer if the photographer uses the smaller files provided. So it is not faster, but it keeps on firing for a longer period. My guess is that it would only require a new firmware version to improve this camera’s number of images per second.
For other night pictures, click on the following link to my site:
A Bombardier CL-415 water bomber, property of the Government of Quebec, is being prepared for its flight towards Fort McMurray, May 2016
Quebec’s CL-415s helping out in Fort McMurray
On May 5th, 2016, according to what had been announced by the Government of Quebec, four CL-415s took off from the Quebec Jean-Lesage international airport (CYQB) heading to Fort McMurray, Alberta, to help in the fight against widespread forest fires in that province. It is the worst natural disaster that Canada has known in its history.
Preparing flight crews and aircrafts for such a long cross-country trip naturally demands much coordination from the SOPFEU (Society for the protection of forests against fires). Once they will have landed at the Fort McMurray airport, the pilots of those CL-415s will be under the direct command of the Albertan authorities in charge of fighting the wildfires, since the latter are best positioned to know exactly what the local needs are.
I figure that the flight service specialists (FSS) of the Nav Canada flight information center (FIC) in Edmonton must have quite busy days with the increased aerial activity associated with the numerous fires…
Crew members are walking towards the Government of Quebec CL-415; they will soon be airborne and heading to Fort McMurray in Alberta, to fight the forest fires (2016)
The picture above shows crew members heading towards their assigned aircraft. Once they start working in the Fort McMurray region, they will not only have to directly fight the forest fires but also head to sectors that have not yet been touched by fire and water the area thoroughly to prevent new wildfires.
A Government of Quebec CL-415 number 245 is taxiing at the Quebec Jean-Lesage international airport to take-off towards Fort McMurray, in Alberta, to help fight the out of control forest fires in that province during May 2016.
Taking pictures of propeller-driven aircrafts
A Bombardier CL-415 water bomber takes off from the Quebec Jean-Lesage international airport heading to Fort McMurray, in Alberta, to help fight the forest fires (2016)
It is a bit touchy to photograph propeller-driven aircrafts while making sure that there is a sensation of movement. In a natural reflex to want to avoid blurred pictures, the photographer uses a shutter speed that corresponds to the focal used for the shot. In the case of the picture above, the focal was 400mm. But if a shutter speed of 1/400 had been used, the propellers would have been totally immobilized and the aircraft would have looked like its climbing while not using its engines.
It was necessary to reduce the speed to 1/160, thus increasing the risk of obtaining a blurred picture. In order to get both image sharpness and moving propellers visual effect, the photographer has to follow exactly the movement of the aircraft with the camera so that it looks totally immobile in the viewfinder. This asks for a bit of practice but allows for more realistic photos.
The CL-415 in a black and white photo
Black and white photo of a Bombardier CL-415 (C-GQBG) flying over Quebec City in 2015
The government of Canada helping out Alberta’s citizens
The government of Canada, under Justin Trudeau, has promised to match the amounts of money offered by all Canadians to the Red Cross society toward helping the Fort McMurray population.
Obviously, its contribution will not stop there (in fact, far from it), but the message is for the whole Canadian population to contribute generously to support the efforts of the Red Cross. It is already estimated that the material damages will reach at least nine billion dollars and that numerous years will be required to rebuild everything. The Liberal Party of Canada had built its political campaign around the need to invest for the renewal of infrastructures. With the Fort McMurray fires, there will be plenty of new unplanned expenses ahead.
More than 1,400 firemen are fighting the wildfires. So few, there has been very few lives lost, although “very few” is always too much. The crisis is, according to everyone, well managed by the government of Alberta.
At the time of writing, there was still no rain forecasted for days to come and the drought was also extending to the southern half of Saskatchewan and part of Manitoba. The winds were expected to increase, which would mean that even more resources would be needed in the near future to bring those wildfires under control.
It seems to me that the government of many Canadian provinces would benefit in acquiring new water bombers like the CL-415 to give them an increased margin of manoeuver that would allow them to react more quickly, if we take into account the tendency for the ever growing number and size of forest fires. In the picture below, the government of Quebec CL-415 number 247 is just airborne from Quebec to Fort McMurray.
A Bombardier CL-415 C-GQBK airborne from the Quebec Jean-Lesage international airport heading to Fort McMurray, Alberta, in May 2016
The CL-215s will not head to Fort McMurray
While several CL-415s are leaving for Alberta, few water bombers, like the two Canadair CL-215s shown below, stay at the Quebec Jean-Lesage international airport in case of forest fires in the province and also to be used for the seasonal rehearsal needed for every pilot before they are dispatched across the province of Quebec.
Two Canadair CL-215 water bombers parked at the Quebec Jean-Lesage international airport in May 2016.
Global warming
Some people can say that global warming is not responsible for the increasing number of extended wildfires. They might be right, but I prefer to adopt a wider view than only what is going on in Alberta. Heat transfer between the north and south are now more extreme in order to equalize the temperatures around the globe. All means to reduce the difference in temperatures between the equator and the poles are at work and this causes increasing problems to particular regions.
The Kamloops region in British-Columbia, when numerous forest fires were raging 2014.
A powerful El Nino phenomenon, repetitive Omega blocks, the air circulation in different cells (Hadley, Ferrell, polar, Walker) all participate in the heat exchange. At a more reduced scale, we also regularly hear of cold and warm fronts in the meteorological forecasts.
It is certainly not local warm fronts that are responsible for the fact that a thinner layer of permafrost is unable to ensure the stability of Arctic runways anymore. Nor are fronts responsible for the fact that houses on stilts do not have a stable foundation anymore. Many heat records have been established these past years in northern Canada. There will certainly be large amounts of money to spend to rebuild the Nordic infrastructures.
Brush fires as soon as April in Alberta
This year, as soon as April, there were widespread brush fires in a region as north as Fort McMurray in Alberta because winter has not brought much snow to humidify the land during Spring. I thus wondered what would happen once in July. Albertans did not need to wait that long to get the answer.
Western Canada forest after a fire (2014)
The modelization of climatic changes indicates that, in the Fort McMurray region, the forest fire season is already fifteen days longer that it used to be. More heat might favor more droughts. But an increase in temperature also favors the development of thunderstorms and with them comes lighting that will start up new fires.
One thing is sure: insurance companies will not lose time with the different theories on global warming. The reinsurers (those who insure the insurance companies) have the obligation to limit their losses to stay afloat and premiums will quickly increase to answer to the thousands of claims following an increasing number of natural disasters.
Photos of the local air traffic in Quebec, just after the CL-415s departed to Fort McMurray
FedEx ATR 72-202F C-FTAR and Air Canada Express Bombardier DHC-8-Q-402NG (C-GIJZ) at the Quebec Jean-Lesage international airport in May 2016
At the Quebec airport, between the take offs of the four Bombardier CL-415 towards Fort McMurray, I was able to take few pictures of the local air traffic. In the photo above, it is possible to see a FedEx ATR 72 (C-FTAR) taxiing toward the ramp after a landing runway 06. An Air Canada Express Bombardier DHC-8-402 (Q-400) (C-GIJZ) was also being towed for is imminent departure.
ATAC’s Hawker Hunter N339AX
Being in luck, I was able to capture a Hawker Hunter (N339AX) belonging to the American company ATAC, just airborne from Quebec. As for any military jet, it is difficult to ignore them on take-off: the reactor’s noise is there to remind you of their presence…
A Hawker Hunter belonging to the american company ATAC is airborne from the Quebec Jean-Lesage international airport (CYQB), May 2016
A Hawker Hunter, from the american company ATAC, is airborne from the Quebec Jean-Lesage international airport (CYQB) in May 2016
The pictures above have been taken with a Canon 5D MKII camera, equipped with a telephoto lens Canon 70-200 f2.8L IS II USM with a polarizing filter and a Canon Extender EF 2X III which brought the focal length to 400 mm. Even then, more cropping was necessary to enlarge the aircraft since I was quite far away from the runway.
Wishing to ensure that the image was sharp (a blurred picture is more probable with a 400 mm focal length while the photographer attempts to follow a fast flying jet), I adjusted the shutter speed to 1/1600 and made sure that the automatic focus was set on AI servo.
I now realized that a slower speed could have worked a bit better since it would have allowed showing a blurred forest in the background while keeping the aircraft sharp. But it is not often that you have the opportunity to see a Hawker Hunter in flight these days and I played safe with the shutter speed. The ideal shot will be for another day…
CL-415s and CL-215s together in Quebec (2012 photo)
CL-415 and CL-215 water bombers belonging to the Gouvernment of Quebec. Quebec Jean-Lesage international airport (CYQB) 2012
A last picture, taken few years ago, during autumn 2012, shows numerous water bombers CL-415 and CL-215 parked at the Quebec Jean-Lesage international airport (CYQB). During the off- season, the water bombers are brought back to Quebec City from the different bases were they have been in operation during summertime.
For other articles on aviation and photography, click on the following link: Aviation photography
A souvenir photo in front of a Eurocopter EC120 Colibri (C-FCOS) at the Quebec Jean-Lesage international airport (2015)
December 2013. Time for retirement had come. On my last working shift as a flight service specialist (FSS), I was able to share good memories of the past experiences as a Transport Canada and later Nav Canada employee. A shift supervisor had bought an excellent chocolate cake which was rapidly taken care of by the employees.
The next year, during an official retirement party including two other retirees, the Nav Canada flight information center (FIC) employees in Quebec City (CYQB) presented us with several gifts. I used the gift certificates to book a helicopter ride.
The pilot headed towards the Quebec Bridge then followed the St-Lawrence Seaway to Old Quebec. He then flew towards the Davie shipyard, Île d’Orléans, the Montmorency falls and then returned to the Quebec Jean-Lesage international airport. During the flight, we were able to witness the arrival of the Queen Mary II cruise ship in Old Quebec. Here are some pictures that I took during the flight:
Samuel-de-Champlain promenade and St-Lawrence Seaway in 2015
The Queen Mary II passing by Île d’Orléans enroute to Quebec in 2015
The Château Frontenac, Dufferin Terrace and a small part of Old Quebec in 2015
Davie shipyard in Quebec (2015)
Orleans Island and St-Lawrence Seaway, Quebec, 2015
Quebec Jean-Lesage international airport in 2015. The Nav Canada installations are visible (control tower and flight information center (FIC))
I hope you liked the real life stories as pilot, flight instructor, Transport Canada student and flight service specialist in Inukjuak, Rouyn-Noranda, Iqaluit and Quebec City, as well as FSS for Nav Canada at the flight information center in Quebec City. I have included all the stories and photos on my web site www.francoisouellet.ca , in the following “real life stories” sections:
There were naturally many more stories that would have deserved to be written but, due to their particular nature, those stories had to stay confidential.
Thanks for the encouragements and comments shared in person or via electronic communication.
N.B.: All the articles published on the web site https://francoisouellet.ca/en/ are under copyright protection. All rights reserved. Thanks for your understanding.
A roll arcus cloud in development ahead of a thunderstorm approaching the Quebec Jean-Lesage airport in 2012.
Summer 2012. A very active cold front had been sweeping across the province and was about to hit the Québec Jean-Lesage international airport (CYQB). Considering the winds and the temperature spread, as well as the weather radar, it was obvious that it would be a very interesting show.
The Nav Canada control tower and flight information center (FIC) being collocated, the common stairway surrounding the tower became a privileged spot from where to take pictures. As a flight service specialist (FSS) on a short morning break, I grabbed my camera and headed outside on the stairway, just in time to see a line of roll arcus clouds arrive over the mountains to the north-west.
A roll arcus cloud ahead of a thunderstorm heading for Quebec City in 2012
The first showers started, quickly followed by strong gusty winds and hail. In order to protect myself from the severe weather, I just had to slightly change position on the stairway and use the tower as a shield. Satisfied with my shots, I abandoned my observation post and let Mother Nature express herself.
A roll arcus cloud in development ahead of a thunderstorm approaching the Quebec Jean-Lesage airport in 2012.
An arcus cloud ahead of a thunderstorm approaching the Quebec Jean-Lesage airport in 2012
An arcus roll cloud in delopment near the Quebec Jean-Lesage airport in 2012
