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Flight Simulation

Around the world in flight simulation (7).

A surprise awaits us as we depart from the Sandane airport (ENSD) for Sweden, Stockholm-Bromma airport (ESSB).

Drone on the ground at Sandane airport (ENSD) in Norway.
Drone on the ground at Sandane airport (ENSD) in Norway.

A Northrop Grumman RQ-4 Global Hawk drone is at the airport. This long-range surveillance aircraft has an autonomy of around 35 hours and a range of 22779 kilometers. It flies at altitudes of up to 60,000 feet (18288 meters). Its maximum speed is 635 km/h, and each hour of operation costs $24,000.

Beech 350I airborne from the Sandane Airport (ENSD) heading to Stockholm-Broma airport (ESSB)
Beech 350I airborne from the Sandane Airport (ENSD) heading to Stockholm-Broma airport (ESSB)

Today, we’re repositioning a twin-engine Beechcraft King Air 350I that hasn’t flown in ages. The usual checks have been carried out to ensure that no birds have nested under the engine cowling. We also checked that there was no condensation water at the bottom of the fuel tanks. Finally, we ran the engines for a long time on the ground. The aircraft takes off from Sandane for a planned altitude of 18,000 feet.

Over Norway snowcapped mountains heading to Sweden in flight simulation.
Over Norway snowcapped mountains heading to Sweden in flight simulation.

We fly over the mountains of Norway towards Sweden. Everything goes according to plan.

Navigraph chart showing a flight from Sandane (ENSD) to Stockholm-Bromma (ESSB)
Navigraph chart showing a flight from Sandane (ENSD) to Stockholm-Bromma (ESSB)

The Navigraph map shows the planned route between the two countries.

Engine failure on a twin engine aircraft with Microsoft Flight Simulator.
Engine failure on a twin engine aircraft with Microsoft Flight Simulator.

Suddenly, the left engine experiences problems. It stops and the propeller feathers to minimize drag. Since we’re approaching the runway at Stockholm-Bromma airport, we choose to continue on our way, as we benefit from a large airstrip and emergency response services. Now unsure about the reliability of the second engine, we keep a slightly higher altitude than a normal approach would generally dictate.

Double engine failure on a twin engine with Microsoft Flight Simulator.
Double engine failure on a twin engine with Microsoft Flight Simulator.

A few minutes later, the second engine stops. The plane becomes a large glider. The clouds prevent a good view of the surrounding area, but we feel our altitude is sufficient to attempt an approach to the airport when the runway is in sight.

On final for Stockholm-Bromma airport with a double engine failure
On final for Stockholm-Bromma airport with a double engine failure

The flaps and landing gear will only be extended once we’re established on final and the aircraft is stabilized and certain of reaching the runway. Microsoft’s flight simulator doesn’t allow us to do just anything with an aircraft. If we exceed the aircraft’s structural capabilities when attempting to reach the airport, the flight will stop immediately.

On the ground at Stockholm-Bromma with a double engine failure on a Beechcraft 350I in flight simulation.
On the ground at Stockholm-Bromma with a double engine failure on a Beechcraft 350I in flight simulation.

The final approach and taxiing caused no problems. The aircraft gradually slows down until it comes to a complete stop on the runway. The poor air traffic controllers now have to apply Plan B to reorganize air traffic around the airport, with the main runway temporarily blocked.

Beechcraft maintenance hangar at the Stockholm-Bromma virtual airport
Beechcraft maintenance hangar at the Stockholm-Bromma virtual airport

Fortunately, Beechcraft offers maintenance services at Stockholm-Bromma airport. So, we’ll leave the aircraft for major repairs and find something faster for the next flight to Ukraine. Why not an F-14 Tomcat? It is not in military service anymore and thus its presence in the air should not worry too much.

P.S. This story is based on a real even that happened in Quebec several years ago. An acquaintance of mine (Paul B.) was scheduled to fly from the Val-d’Or airport (CYVO) to Rouyn-Noranda (CYUY) in a light twin-engine aircraft that hadn’t flown in a long time. Halfway between CYVO and CYUY, the first engine failed. The pilot decided to continue. With the runway in sight in the distance, the second engine stopped. The pilot hovered the aircraft and managed to land on route 117, just behind a large truck which accelerated to give way to the aircraft he could see descending in his rear-view mirror. The aircraft landed safely and without damages!

Click on the link for more flight simulator flights around the world on my blog.

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Real life stories as a flight service specialist (FSS): Rouyn-Noranda FSS

Fictive official procedures at the Val-d’Or control tower

Medical evacuation aircraft HS-125 C-FSEN Valentine Lupien of the Quebec Government, around 1986.
Medical evacuation aircraft HS-125 C-FSEN Valentine Lupien of the Quebec Government, around 1986.

During the eighties, while I was working as a flight service specialist (FSS) at the Transport Canada flight service station in Rouyn-Noranda (CYUY), I received a phone call from a Val-d’Or air traffic controller. He told me that there was a problem with the type K ARCAL. The ARCAL allows a pilot to remotely activate the runway lights.

Normally, the pilot can choose between three intensities: low, medium and high. But it now seemed that for an extended period, the ARCAL’s low intensity would not be serviceable. The controller told me to issue a NOTAM stating that nobody could use the ARCAL for an indefinite period.

I did not agree with that request. An ARCAL system that was left available would facilitate a pilot’s life by allowing him to choose between the remaining intensities during the approach, or on takeoff. The pilots of the Quebec Government HS125 in charge of medical evacuations during night time would certainly appreciate.

I told the controller that I did not know of any approved procedures relating to an ARCAL type K system failure and that I did not see why I would consider totally unserviceable a system in which only one intensity out of three was posing a problem.

He replied that those were the written procedures that could be found in the control tower and that I had to call his manager if I wanted to see them. How was it possible that official procedures pertinent to a system installed on many airports across Canada, with or without a control tower, could only be found in selected control towers? This was unthinkable.

Through my manager, I asked to receive a copy of those procedures. But it now seemed that those procedures were not in the Val-d’Or control tower but in the  Montreal regional office. I tried to get them from that office, but nobody could find anything on the subject.

It was now obvious that those procedures never existed. The funny thing is that all the stakeholders were defending, one level at a time, the existence of those fictive procedures, for all kinds of reasons.

During those years, there was a program called “Incentive Award”, encouraging an employee to present new ideas that would improve the efficiency of the public service. If a proposition was accepted by the highest management levels, a certificate accompanied with a small amount of money would be sent to the employee by the Deputy Minister at Transport Canada. Realizing I would not obtain satisfaction from the regional management, I used the “Incentive Award” program to present my proposition.

One year later, I received a call from somebody who told me he was working at the national level, in Ottawa. He implied that my suggestion would not be accepted.

I told him that I paid, like other Canadians, to get the ARCAL system installed and that, as long as one intensity would remain serviceable, the ARCAL would have to be available to pilots. I made sure he understood that I could not care if he felt comfortable with the idea or not. He was advised that if he maintained his view on the subject, he would have to justify his action to the Canadian public and to the Minister of Transport, who, at the time, was Benoît Bouchard.

Two months later, I received a check and a letter from the Deputy Minister of Transport Canada thanking me for my suggestion that was improving the efficiency of public service. Fourteen months were needed to make the transition from fictive to official procedures that now apply to all Canadian airports equipped with this type of remote control of runway lights.

For more real life stories on the Rouyn-Noranda flight service station and flight service specialists, click here:

Real life stories as a FSS in Rouyn-Noranda

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Real life stories as a flight service specialist (FSS): Rouyn-Noranda FSS

Enroute for the second posting: Rouyn-Noranda FSS

New Rouyn-Noranda flight service station. Photo taken around 2002. Unknown photographer.
New Rouyn-Noranda flight service station. Photo taken around 2002. Unknown photographer.
Photo of the old Rouyn-Noranda flight service station. Photo taken in 1984
Photo of the old Rouyn-Noranda flight service station. Photo taken in 1984

November 1983. After having worked every day for more than a year, it was time to leave Inukjuak, in the Nunavik, for a new Transport Canada flight service station (FSS) located in Rouyn-Noranda (CYUY), in Abitibi region in the Québec province. Things got complicated on the day of departure, the weather worsening rapidly. An Air Creebec Twin Otter departing from Kuujuaraapik (CYGW) would now do the flight. But this company’s route implied numerous stopovers along James Bay.

With the strong winds and low clouds, I was aware that we would be in for a rough ride. The clouds being merely few hundred feet above the tree tops, the pilots had to do the whole flight and the multiple stopovers while dealing with those limitations. Along the route, there was no airport equipped to allow instrument landings. The runways were short, in gravel or dirt, and trees sometimes near the thresholds forced the pilots to adopt steeper rate of ascent or descent.

After few hours of flying in this sustained mechanical turbulence, many passengers started to experiment air sickness. They had to use the practical little bag offered by all the companies. I changed my mind by looking through the window. There was no choice of music for the flight: the wheezing and grunting noises of the passengers were used as background ambiance.

We finally landed in Val-d’Or (CYVO) late in the evening. It was different to see a long asphalted runway and an airport equipped with appropriate instruments. One hour later, I was in Rouyn-Noranda. Welcome in the South…!

For more real life stories on the Rouyn-Noranda flight service station and flight service specialists, click here:

Real life stories as a FSS in Rouyn-Noranda