Airbus H160 helicopter airborne from the EHFD F3-FB-1A in the North Sea with MSFS
Stage 13 of the round-the-world flight simulator tour takes place with the Airbus H160 Luxury helicopter. I’m still using Microsoft Flight Simulator (MSFS).
Internet injects real weather data for the trip between two oil platforms located in the North Sea. The helicopter then takes off from EHFD F3-FB-1A, a helipad in the Netherlands.
Everyone head to Norway on this flight, on an installation known as ENXB Eldfisk B. Scotland’s FIR (Flight Information Region) provides the SAR (Search and Rescue) service for the area.
H160 helicopter enroute to the ENXB Eldfisk B oil platform with MSFS
Around 90 nm separates the two facilities. Atmospheric conditions are deteriorating in places, but this is hardly surprising in the North Sea.
Virtual low clouds over the North Sea seen from a H160 helicopter in flight simulation
During this virtual flight, we come across other oil and gas platforms. Aerosoft Offshore Landmarks virtual scenery allows a better immersion. One of the installations is shown below. But the digital scene also adds fishing vessels, tankers and cargo ships. In short, everything normally found in the North Sea, English Channel and Irish Sea.
One of the oil platform in the North Sea with Microsoft Flight Simulator
The approach to the helipad begins with strong winds, complicating the landing procedure. Gusty winds and the pilot’s relative inexperience make maneuvering tricky. The crew labors for twenty minutes to land the Airbus H160 helicopter safely.
H160 helicopter on final approach for the oil platform ENXB Eldfisk B in Norway in MSFS
A look at the windsock in the photo below gives a good idea of the weather conditions. What’s more, the wind direction constantly pushes the helicopter towards the facilities. In the end, however, the landing goes smoothly.
Nevertheless, the multiple approach attempts shake the passengers’ composure. One person decides to change career and will now work in an office on land.
Strong winds for a virtual landing with a H160 helicopter on the ENXB Eldfisk B oil platform in Norway
The ENXB Eldfisk B oil platform in Norway but in the Scottish FIR under MSFS Microsoft Flight Simulator
Stage 14 of the simulated exploration of the planet will take place between ENXB Eldfisk B and Scotland, via the city of Edinburgh and Dundee Airport (EGPN).
Leg 10 of this round-the-world flight simulation trip takes place between Poland and Germany. Two very different aircraft will be used to complete the journey during this day of VFR flying: an old Junkers Ju 52/3m and a modern business helicopter, the Airbus H160.
Junkers JU 52 airborne from the Lublin airport (EPLB) in Poland.
Departure is from Lublin airport (EPLB) in Poland. The Junkers Ju 52/3m takes off without a hitch over a short distance. The big three-engine tailwheel is as predictable as the Cessna C-170B I used in real life to cross Canada in 1981. Above, one can see the cultivated fields of Poland.
Junkers JU 52 and the Moritzburg Castle in Germany in flight simulation
It’s shaping up to be a beautiful morning, weather-wise. The first leg of the trip takes us over Moritzburg Castle (Schloss Moritzburg), northwest of Dresden. Built in 1542, it was originally the hunting lodge of the Duke of Saxony.
Junkers JU 52 enroute to the Landesmuseum für Vorgeschichte Halle in Germany
On the way to Halle is a large wind farm. Germany, like Europe, is rapidly developing its green energy. Russia’s recent attitude to Europe’s natural gas supply has drastically changed energy planning in neighboring countries.
A Junkers JU 52 flying over the State Museum of Prehistory Halle in Germany in flight simulation
Above, in the center of the photo, is a partial view of the National Museum of Prehistory in Halle (Landesmuseum für Vorgeschichte Halle), not far from Leipzig. It is one of Central Europe’s leading archaeological museums.
Fly-by of the Kyffhaüser-Denkmal in Germany by a Junkers Ju 52 in flight simulation
Before reaching Calden airport to change aircraft, we gaze at the Kyffhaüser monument (Kyffhaüser Denkmal). Once in Calden, we jump into a modern Airbus-built H160 helicopter and head for Göttingen, more precisely over the Münchhausenstrasse.
We’ve obtained permission to fly over this thoroughfare at very low altitude, just long enough to say hello to an old acquaintance. This dubious authorization will probably cost Germany’s Minister of Transport his job.
Streets of Göttingen, Germany, in flight simulation
A flyover of this Göttingen street is necessary to verify the extent of the traffic.
Helicopter descending on Münchhausenstrasse, Göttingen, Germany, in flight simulation.
The descent is gradual between the buildings. We hover just above the cars. Pedestrians seem to wave at us, but we may misinterpret the gesture. Our friend is at the window and takes the time to stop his reading of an excellent comic strip to wave at us. We then continue on our way to Padderborn Lippstadt Airport (EDLP), our destination for today.
Helicopter H160 landing at the Padderborn Lippstadt (EDLP) in Germany in flight simulation.
Still, there’s a fair amount of activity at the airport. Immediately after landing, we’ll start planning leg 11 of this round-the-world flight simulation and real weather trip.
The world’s only example of this aircraft was destroyed at the start of the Russian invasion of Ukraine in February 2022. However, no one can prevent a virtual aircraft from surviving (even computer) attacks. Note that the entire purchase price of the virtual aircraft in the Microsoft store is reserved for the eventual reconstruction of the real aircraft.
F14D Tomcat military jet ready for departure at Stockholm-Bromma virtual airport (ESSB) with Microsoft Flight Simulator.
For the trip, a quick overflight of Belarus will be necessary. A decommissioned, unarmed F-14 Tomcat should do the trick.
F-14D Tomcat airborne from the Stockholm-Bromma (ESSB) virtual airport in flight simulation.
The flight will take place at speeds above the sound barrier.
Navigraph chart of the flight from ESSB to UKKM Antonov International airport
The Navigraph map above shows the planned route. The pink triangle shows the F-14 entering Belarus.
F-14D Tomcat in a dive for a low pass ate high speed over Belarus.
A change of itinerary is in order for a few minutes, with a dive into Belarusian territory. But, as the military say, this flight “never happened”.
F-14D Tomcat on a low pass at high speed over Belarus.
We’re obviously not invited to perform a high-speed pass. But it seems to be becoming the norm in this part of the world in recent years, so why not us?
F-14D Tomcat heading to Kyiv Hostomel airport (GML) in flight simulation
The flight to Antonov International Airport continues at top speed. We’ll soon be there.
F-14D Tomcat turning final for the Antonov International airport (UKKM) in flight simulation.
Above, the F-14 makes a descent turn for the final approach to Antonov airport, with landing gear down and flaps adjusted. In real life, the runway has been damaged by the Ukrainians themselves to prevent the Russians from easily establishing a beachhead in their country. But we’re in virtual mode, so anything goes.
A F-14D Tomcat and Ukrainian soldiers on the Antonov International airport (Hostomel) (UKKM) in flight simulation.
As we taxi, we pass a few Ukrainian army soldiers greeting the arrival of the foreign pilots.
The virtual Antonov 225 is in its hangar, the very place where it was destroyed at the start of the conflict. I’ll be using this aircraft for the next leg of my round-the-world trip, flying over Crimea, landing in Russia and finally finishing the leg in Poland. We mustn’t leave the virtual Antonov 225 in Russia, as a matter of principle.
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.
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)
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.
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)
The Navigraph map shows the planned route between the two countries.
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.
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
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.
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
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!
Cessna 700 airborne from the virtual Vagar (EKVG) airport in the Faroe Islands with Microsoft Flight Simulator.
The fourth leg of this world tour in flight simulation continues with a trip between Vagar airport (EKVG) in the Faroe Islands (Kingdom of Denmark) and Finland‘s northernmost airport, (EFIV).
Below is a diagram showing the route, which takes approximately two hours.
From the Vagar airport (EKVG) to the Ivalo airport (EFIV).
I’m using Microsoft Flight Simulator for the trip. The tanks are only 50% full, as we need to limit the aircraft’s weight to allow a safe takeoff on this 5908-foot runway. The aircraft requires a minimum of 4810 feet, to which must be added a strong crosswind component this morning. What’s more, the runway is soggy. If we add too much fuel, we risk ending up in the bay at the end of runway 30.
Cessna Longitude enroute to Ivalo (EFIV) Finland in flight simulation.
The virtual Cessna Longitude is now at its planned cruising altitude. Thick clouds cover the coast of Norway, but the weather is much more favorable in northern Finland, where our destination lies.
Virtual Cessna 700 starting the descent towards Ivalo (EFIV) Finland.
After waiting as long as possible before starting the descent, to save the remaining fuel, it’s time to descend into the cloud layer for the approach to Ivalo.
Virtual Cessna Longitude over the frozen northern land of Finland
On the way down to the airport, the aircraft passes through several layers of cloud. Finland, still frozen in March, is clearly visible.
Visual approach to the Ivalo (EFIV) virtual airport in Finland
We have to wait until the last moment to extend the landing gear and flaps to maximize fuel economy. Near the airport, I’m treated to a magnificent spectacle as the sun reaches the horizon.
Long final for runway 22 of the Ivalo virtual airport (EFIV) in Finland
Landing gear down. Flaps to follow shortly. An alarm has just gone off in the cockpit to indicate a low fuel level in the tanks. But there’s still around 350 lbs for each engine. On final approach, the view is superb.
Cessna Citation on short final runway 22 for the Ivalo (EFIV) virtual airport in Finland.
Winds are 220 degrees at 7 knots, directly in line with Runway 22. The runway is 8199 x 148 feet. The flaps are down and the approach is smooth.
Ivalo (EFIV) the northernmost aiport in Finland with Microsoft Flight Simulator copie
Welcome to Lapland! Ivalo Airport (EFIV) was Finland’s ninth busiest airport in 2024. The region attracts winter sports enthusiasts as well as those keen to observe the Northern Lights.
Airborne from the Isafjordur airport (BIIS) In Iceland with Microsoft Flight Simulator.
The third leg of the round-the-world flight simulation begins with a departure from Isafjordur (BIIS) in Iceland and ends at Vagar airport (EKVG) in the Faroe Islands, an autonomous archipelago belonging to the Kingdom of Denmark.
The departure from Isafjordur faces a mountain. You can see the shadows on the ground. But as visibility is perfect, this is no problem at all, as long as the rate of climb is sufficient.
Virtual flight BIIS EGVK
The Cessna Citation Longitude is airborne from the Isafjordur airport (BIIS) in Iceland with Microsoft Flight Simulator.
A left turn over the superb Icelandic landscape establishes the Cessna Citation Longitude on course for the Faroe Islands. The FMS ensures that the aircraft will stay on course. But it’s important to remain vigilant: there’s a lot of other equipment that can cause surprises along the way.
The Cessna Citation is climbing slowly over Iceland.
The climb continues over a magnificent landscape. There’s no turbulence today; if there were, the flight simulator would make sure the plane was harder to control, even for the autopilot. I set the virtual flight to observe real air traffic during the flight, but the route between Iceland and the Faroe Islands is off the most popular routes, so it’s normal not to encounter too many aircrafts.
The Cessna Citation Longitude is heading to the Vagar airport (EKVG) in Feroe Islands
We are now established at our cruising altitude, leaving Iceland’s eastern border to fly over the Atlantic Ocean.
Visual approach for runway 12 at the Vagar airport (EKVG) Feroe Islands
We disconnect the autopilot to give us a free hand on the visual approach to Vagar (EKVG) airport. A small white dot, the lights of runway 12, can be seen straight ahead in the distance. The landing gear is down, as are the flaps, and the speed has stabilized at around 140 knots for the moment.
The Cessna Citation is on long final for runway 12 of the Vagar airport (EKVG) Faroe Islands
It’s an ideal time to arrive in the Faroe Islands, with the setting sun coloring all the surrounding clouds.
The Citation Longitude on visual approach to runway 12 at the Vagar airport (EKVG)
Runway 12 is visible on the far right in the photo above. The uneven cloud cover sometimes blocks the view of the airport for a few seconds, but the wind quickly blows the clouds away, preventing a missed approach. Virtual weather ensures a constant renewal of weather conditions.
The Cessna Citation exits runway 12 at the Vagar airport (EKVG) in Faroe Islands with Microsoft Flight Simulator
Landing is trouble-free, as the Vagar runway is long enough (5902 x 98 feet) to accommodate such a private jet.
Some 53,000 people lived in the Faroe Islands as of 2021. One of the most popular activities is bird and plant watching. To make it easier for residents and tourists to get around, tunnels have been built between some of the archipelago’s 18 islands.
The fourth leg of the round-the-world virtual flight will take place between Vagar and Ivalo (EFIV) in Finland. This is Finland’s northernmost airport.
Climbing from Iqaluit (CYFB) to Kangerlussuaq (BGSF)
For this second leg of the round-the-world flight simulation, the aircraft departs from Iqaluit (CYFB) in appalling weather conditions, but soon find itself above cloud and approaching an area of high pressure. The sky becomes increasingly clear as I approach runway 09 Kangerlussuaq (BGSF) in Greenland.
Virtual flights CYFB BGSF BIIS
The map shows the planned itinerary: departure from Iqaluit (CYFB), stopover in Kangerlussuaq (BGSF) and arrival at destination in Iceland, at Isafjordur airport (BIIS).
Cessna Citation Longitude on the final approach for the Kangerlussuaq virtual airport (BGSF)
Above, the approach to runway 09. You really need to be well prepared for a destination like BGSF. If the pilot arrives after the tower is closed, the fines are very steep. You can generally expect a little mechanical turbulence on the approach to Runway 09, as the mountains on either side of the aircraft change the airflow.
When I worked at the Iqaluit Flight Service Station (CYFB), many pilots would come up to the tower to plan their flight to BGSF. The most frequent problem was the closing time of the control tower in Kangerlussuaq. They knew that a hefty fine awaited them if they arrived late, often due to stronger-than-expected winds or a departure time that was too tight from Iqaluit. Most of the time, they chose to sleep in Iqaluit and leave the next day, rather than force the issue and end up with a $1500.00 bill to pay.
We also had pilots ferrying single-engine planes over the ocean from Europe to America. In this case, the weather had to be excellent, and the captain had to have the necessary equipment on board to attempt (and I do mean attempt) to survive in the ocean in the event of engine failure.
Cessna Longitude parked at Kangerlussuaq (BGSF)
Above, a partial view of Kangerlussuaq’s virtual airport (BGSF), with the Cessna Citation Longitude at a standstill. On the other side of the runway (invisible here), the airport receives military aircraft.
Climbing from (BGSF) Kangerlussuaq to (BIIS) Isafjordur
The next day, after a stopover in Kangerlussuaq, it’s time to continue on to Isafjordur. Take-off is on runway 27. The pitot tube heating system and icing protection are activated before entering the cloud layer.
Airborne from the Kangerlussuaq (BGSF) airport
Flying in real weather makes for unexpected screenshots.
The Cessna Longitude arrives over Iceland in flight simulation
Above, the relief of Iceland shortly before arrival at Isafjordur airport (BIIS). As expected, the sky is clear.
Approaching Isafjordur (BIIS) with the Asobo Cessna Citation Longitude
The approach to Isafjordur is demanding, especially when flying a jet like the Cessna Citation Longitude. You have to save extra speed in the sharp left turn to avoid stalling. I made the turn downhill at 160 knots to get to the runway threshold at the right height. Towards the end of the approach, as the angle of the turn decreases, you immediately reduce speed to around 135 knots.
The Cessna Citation Longitude exits the runway at the Isafjordur virtual airport (BIIS)
Contrary to real life, it is difficult to have a constant view on a runway when doing a virtual approach in a steep turn. A flight simmer would need 3D glasses to quickly look at the runway and then check the instruments. After two unsuccessful attempts where I found myself a little too high above the runway threshold, I nonetheless managed to land. The instrument panel indicated, however, that the brakes worked pretty hard to slow down the plane, which didn’t really surprise me. There are more relaxing approaches…
The next leg on this trip around the world will be a departure from Isafjordur to Vagar (EKVG) in the Feroe Islands.
The flight simulation with Microsoft Flight Simulator lets you fly over the planet like never before from the comfort of your own home. As airports around the world transmit weather observations at all times, it’s possible to import this data into the flight simulator and fly virtually in the real weather conditions reported around the globe.
This data enhances the feeling of reality for the virtual pilot, but at the same time complicates his task, as he has to take into account the presence of thunderstorms and icing, surface and upper-level winds, changes in cloud cover, visibility, pressure, and so on.
Today’s virtual pilot must also anticipate that failures of all kinds may affect the flight, especially if he or she owns a high-quality virtual aircraft. The engine(s) may fail, a structural problem may affect the aircraft’s controls and navigation equipment may cease to function. Good planning is essential, just as in real life. And since the brain doesn’t differentiate too much between the real and the virtual, there’s plenty of fun to be had.
So, I’ve decided to fly around the world as a millionaire, at my own pace, i.e., using the types of aircraft that tempt me, and flying the routes that are of particular interest. All of this will be done in real weather, with all its joys and obstacles. I’ll be publishing one of these routes on my blog from time to time.
The initial route departs from Quebec’s Jean-Lesage airport (CYQB), passes through Goose Bay (CYYR), in the Canadian province of Newfoundland and Labrador, heads north to Kuujjuaq and ends in Iqaluit (CYFB).
Virtual Flight 2 will present a few photos of the Atlantic crossing from Iqaluit to Kangerlussuaq (BGSF) in Greenland, to Isafjordur (BIIS) in Iceland .
Isafjordur airport has a challenging approach. I don’t know if the Cessna Citation Longitude will be able to land there in one piece, but I intend to give it a try.
Virtual flight 1.
Virtual flights CYQB CYYR CYVP CYFB
Enroute from Quebec City (CYQB) to Goose Bay (CYYR)
Above, the setting sun illuminates the clouds and the Cessna Citation Longitude en route from Quebec City to Goose Bay. At high altitude, the pilot sets the altimeter to the standard atmospheric pressure of 29.92 inches of mercury. Since all the other pilots are doing the same, a safe separation between the aircraft is ensured.
Approaching the Kuujjuaq airport (CYVP) in Quebec.
The next day, the aircraft is seen approaching Kuujjuaq (CYVP) in Nunavik. The altimeter is set to the airport’s atmospheric pressure to reflect the correct height of the runways in relation to the aircraft. Near the airport, the autopilot is disconnected, and the approach is made manually and visually. The desired speed is around 135 knots for the final.
Departing Kuujjuaq airport (CYVP) with the Cessna Citation Longitude
Above, the jet takes off from Kuujjuaq bound for Iqaluit (CYFB) on Baffin Island in Nunavut.
Enroute to Iqaluit airport (CYFB)
The setting sun illuminates the aircraft’s windows. The approach to Iqaluit has begun. The descent is gradual, so as not to cause discomfort to the virtual passengers…
On final for runway 34 of the Iqaluit airport (CYFB)
Above, the aircraft is on final for runway 34 at Iqaluit (CYFB).
The yellow Iqaluit flight service station (FSS) in Iqaluit (CYFB)
The first leg of our virtual flight around the world ends in Iqaluit, the airport where I worked for two and a half years as Flight Service Specialist (FSS) in the yellow tower on the left of the photo.
Flight service specialists at work at the Iqaluit flight service station in 1989
Above, a photo of the interior of the Flight Service Station at the time. One FSS worked on arrivals and departures at the airport, while the other handled transatlantic flights between Europe and mainly the western USA.
Dornier DO X stops its engines on a Swiss lake with Microsoft’s flight simulator
Microsoft has made the famous German Dornier DO X seaplane available to flight simulation enthusiasts. Designed in 1929 by Claude Dornier, this seaplane far surpassed anything else on the market at the time, in terms of weight, length and power.
Flyingboat Dornier DO X.
Unfortunately, the Germans couldn’t make a commercial success of it, as the aircraft was really too heavy to cover long distances at high altitude in an economical way. What’s more, bad experiences were piling up during the various stopovers: the left-wing canvas caught fire in Portugal, there was some problems with tropical weather, the tail was torn off during a poorly-planned ditching in Passau. What remains of the empennage after the accident can now be seen in the Dornier Museum in Friedrichshafen.
The Germans built the three DO X models at Altenheim, on the Swiss side of Lake Constance, to get round the restrictions imposed by the Treaty of Versailles.
Inside the flyingboat Dornier DO X with Microsoft flight simulator
One crew member was in charge of controlling and monitoring the engines. He obeyed the captain’s instructions.
Dornier DO X engine control
Dornier DO X engine room with Microsoft flight simulator
The layout of the engines caused headaches for the mechanics. Six propellers pulled the aircraft forward, while another six pushed the DO X. The engines driving the rear propellers received less air than those in front of the aircraft. This led to cooling problems, which reduced reliability on long-distance flights.
Dornier DO-X flyingboat over the Atlantic ocean with MSFS 2020 flight simulator.
The seaplane made its first test flight from Lake Constance (Bodensee) in 1929. Below, a screenshot of the flight near Lake Brienz in Switzerland.
Dornier DO X flyingboat over Lake Brienz in Switzerland with Microsoft flight simulator.
On its international routes, the DO X made stopovers in several European countries, Africa, South America, Miami, New York and Newfoundland. At the time, Newfoundland was not yet part of Canada. Newfoundlanders issued a stamp to commemorate the plane’s passage through Hollyrod. Naturally, those who kept a copy of the stamp have seen its value rise sharply over the years.
This legendary seaplane is still admired by aviation enthusiasts today. It’s available as a glue-on model, a desktop model and even as a remote-controlled model.
In the real world, this just isn’t done. But in flight simulation, anything goes. Above, the aircraft completes the downwind leg of its approach to the carrier.
On stabilized final with full flaps and landing gear down, the focus is on the approach angle and stall speed, which stands at 73 knots.
Beech Baron Be-58 on final for the Gerarld R. Ford aircraft carrier
You can’t rely on a cable to stop the plane, so you need the lowest possible speed and good brakes to land it on the 333-meter bridge. Below, the Beech attracts a little curiosity as it circulates to find temporary parking.
Taxiing to park the BE-58 on the aircraft carrier
The virtual pilot then parks the aircraft for the next day.
Parked for the night on the CVN78 Gerald R. Ford
The next two images show the aircraft carrier facing a storm the following evening, with winds blowing at 35 knots during a thunderstorm. On deck, the first aircraft on the left is our Baron Be-58, holding its own. If the storm doesn’t blow it overboard, the military will soon!
The aircraft carrier CVN 78 Gerald R. Ford in a storm
