May 21, 2024

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A prototype AeroMobil flying car has completed a test flight between two cities in Slovakia, spending 35 minutes airborne. 

The inter-city flight took place on June 28, 2021, and was piloted by Professor Stefan Klein and co-founder Anton Zajac. The Aircar’s 142nd successful landing is a 35-minute journey from international airports in Nitra to Bratislava, Slovakia. 

The Aircar Prototype 1 is powered by a 160-horsepower BMW engine and comes equipped with a hard and fast propeller. It transforms from aircraft to road vehicles, in but three minutes. Actually, it is 2 minutes and 15 seconds. 

It has now completed quite 40 hours of test flights, consistent with Klein Vision, including flying at 8,200 feet and reaching a maximum cruising speed of 190 kilometers per hour (118 miles per hour). 

After landing in Bratislava on Monday, the aircraft transformed into a car and was driven into the town center by Klein Vision CEO Stefan Klein and company co-founder Anton Zajac. 

Aeromobil Flying Car
AeroMobil Test Flights stills Flying beside hills – Images by

So, what is a Flying Car? 

Although flying cars aren’t exactly a new concept, only a few of them have taken to the air or at least tested their prototypes in public. This AirCar was successfully launched on its first inter-city flight by Klein Vision. AirCar has gotten closer to its production version after achieving a critical development milestone. A flying car may be a sort of personal air vehicle or roadable aircraft that gives door-to-door transportation by both road and air. The term “flying car” is additionally sometimes wanted to include hovercars. 

A little bit from the History 

Many prototypes are built since the first 20th century, employing a sort of flight technologies. Most have begun and landed conventionally employing a runway, although VTOL (Vertical take-off and landing) projects are increasing. None has yet been inbuilt quite a couple of numbers.  

Futurologists frequently forecast their appearance, with the expression “Where’s my flying car?” resulting from their inability to achieve production. In fantasy and science fiction literature, flying cars are also a common subject. 

In 1936, Henry Ford unveiled the “sky flivver,” an experimental single-seat airplane. After a distance-record attempt flight crashed, killing the pilot, the project was shelved two years later. The Flivver was not a flying car at all, but it drew a lot of interest at the time because it promised a mass-produced, economical airplane that could be manufactured, marketed, sold, and maintained exactly like a car. In the future, the airplane would be as common as the Model T was at the moment. So that’s how it started and afterward, 

*1942 – The Antonov A-40 “Gliding tank”- The Soviet armed forces  

*1946 – The Fulton FA-2 “Airphibian” – American-made aircraft 

*December 1949 – The Aerocar – Molt Taylor 

*Between 1956 and 1958 – Volante Tri-Athodyne – Ford’s Advanced Design studio  

AeroMobil 4.0 Flying Car

The AeroMobil is the next step in the evolution of the supercar. The AeroMobil is a high-end vehicle species that is equally at home on the road or in the skies — the AeroMobil Flying Car – and is inspired by the fabled winged horse Pegasus. 

It combines cutting-edge automotive and aerospace design and engineering, innovative materials, luxurious features, and a flawless appearance. 

In just three minutes, it can shift from automobile to aircraft – from driving to flying. 

Aeromobil Flying Car
AeroMobil 4.0 – Images by

Aeromobil Flying Car Design and Features 

The AeroMobil Flying Car 4.0 features a composite-materials-based enhanced car crash structure. In a single adaptable platform, it combines the functionality of a car and an airplane. 

The power unit is held in place by an integrated carbon cradle in the center, which also serves as an attachment point for the pre-impregnated composite wings. For the best flying experience, each wing has a wing-folding structure and control surfaces with flower flaps. 

To gain more power and altitude, the vehicle is equipped with the most up-to-date turbocharging technology and systems.  

Aeromobil Flying Car
AeroMobil 4.0 door wing – Images by

The vehicle configuration is 5.9 meters long, 2.2 meters wide, and 1.5 meters tall, while the airplane platform is 5.8 meters long, 8.8 meters wide, and 1.4 meters tall. 

Monocoque building techniques are used to manufacture the vehicle. Flight controls and rear suspension geometry are integrated into the tail surface. The vehicle’s ultra-lightweight wheels allow it to land on tarmac, concrete, or grass. 

The vehicle has a top speed of 360 kilometers per hour, whereas the top speed on the road is 160 kilometers per hour. The vehicle’s maximum take-off weight is 960 kg, with a usable load of 240 kg and a fuel capacity of 90 liters. 

The vehicle was certified in Europe under the EWVTA / M1 class and in the United States under the 49 CFR 571 class. It was also certified in Europe under the CS 23 Rev 5/ELA 1 class and in the United States under 14 CFR 23 Rev 5. 

Aeromobil Flying Car
AeroMobil 4.0 backview – Images by

AeroMobil 4.0 Interior Features

Advanced safety technology and features, including pyrotechnic seatbelts and dual-stage airbags, are included in the vehicle’s interior design. To avoid crash landings, the vehicle has built-in vehicle recovery ballistic parachutes.  

Aeromobil Flying Car
AeroMobil 4.0 Interior Pilot View – Images by

The pilot and co-seating pilot positions are determined by efficiently distributing the weights. Comfort and safety are further enhanced by the adjustable pedal box and major flight/drive controls. 

The AeroMobil Flying Car incorporates a singular glass cockpit, which is just like that of a standard aircraft. Integrated digital displays within the cockpit will present automotive operation information of the vehicle. 

Aeromobil Flying Car
AeroMobil 4.0 Interior View From Outside – Images by

AeroMobil Flying Car Engines and performance 

A hybrid-electric propulsion system combining a 2.0l turbocharged four-cylinder boxer internal combustion engine and two electric motors powers the AeroMobil Flying Car. It is propelled by an electric front-wheel-drive system with a maximum power output of 110bhp.  

During the flight, the engine is connected to a direct drive variable pitch propeller through an adaptive transmission. It has a maximum power output of 300 horsepower. 

When the vehicle is ready to drive, the propeller retracts into the fuselage. 

The AeroMobil Flying Car has a sophisticated suspension system with multiple settings. The technology positions the wheels in the best position for road mode and in the desired position during take-off and landing, with the wheels, retracted during flight to reduce drag. 

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