The question of when there will be flying cars, ceased to be the plot for science fiction novels and moved to the stage of active engineering developments. Until recently, the concept of personal air transport seemed an unattainable dream, but today prototypes are not achievable. eVTOL (Vertical takeoff and landing electric vehicles) are already undergoing flight tests in the United States, China and Europe. Technological advances in battery packs and autonomous control systems have brought engineers closer to solving the most complex challenges of aerodynamics and energy efficiency.
However, the path from a laboratory sample to mass use in cities across Russia and the world lies through a host of bureaucratic and infrastructure barriers. Regulatory framework (the legal framework) for such devices is still in its infancy, and the issues of flight safety over densely populated areas require detailed elaboration. In this article, we will look at why flying cars didn’t show up yesterday, which companies are leading the race and when an average person will be able to book a ticket for an air taxi.
The answer to the question of when depends not only on the readiness of the equipment, but also on the speed of adoption of legislative acts. Governments around the world are realizing the potential of decentralized aviation to unload the road networks of megacities. However, integrating thousands of new aircraft into existing airspace is a huge logistical challenge, requiring the creation of traffic control systems.
Technological Barriers and Engineering Solutions
The main obstacle to the mass introduction of flying machines for a long time remained the energy density in batteries. In order for a device weighing two tons to be able to come off the ground and fly at least 100 kilometers, batteries are required that are much lighter and more powerful than those used in modern electric cars. Engineers are working on solid-state batteries and hydrogen fuel cells that are able to provide the required power specification without critically increasing the weight of the structure.
The second critical aspect is the management system. Piloting such a machine manually in urban traffic conditions is almost impossible for an ordinary person. Therefore, the bet is made on full or partial autonomy. Artificial intelligence must process data from lidars, radars and cameras in real time, avoiding collisions with buildings, birds and other aircraft.
⚠️ Warning: The reliability of power and control redundancy systems is critical. In the event of a failure of the main engine or battery, the vehicle must be able to safely land or use a parachute rescue system.
The aerodynamic circuit is also undergoing changes. Most of the modern developments, such as Joby Aviation or Lilium Jet, use a circuit with rotary screws or distributed thrust. This allows you to combine the advantages of a helicopter (vertical takeoff) and an aircraft (efficient horizontal flight). Engine noise is another factor that is carefully controlled, as the hum of thousands of vehicles over the city can become unbearable for residents.
Pay attention to the type of engines: electric motors are much quieter and more environmentally friendly than turbine engines, which is critical for obtaining permission to fly in urban areas.
Key market players and their development
The race to create the first production flying car is led by both startups and giants of the aviation industry. The leaders in this area are companies that have been able to attract billions of dollars in investment and enlist the support of regulators. Each of them offers a unique approach to solving the problem of urban traffic.
- 🚁 Joby AviationAmerican company developing a five-seat electric air taxi. Their device is capable of speeds up to 320 km / h and has a power reserve of about 240 km. The key feature is low noise level and the possibility of take-off from small sites.
- ✈️ Airbus Urban Mobility:: The European Commission presents the project CityAirbus NextGen. It is an all-electric vertical takeoff vehicle designed for commercial use as an air taxi. The company relies on proven aviation safety standards.
- 🚗 Xpeng AerohtChinese tech giant, part of XPeng Inc., has unveiled a modular flying car. The design allows the aircraft module to be separated from the wheeled chassis, making it more versatile for use both on the ground and in the air.
Other market participants are not behind. For example, a company Volocopter Germany is focusing on creating multicopters for short urban flights. Their model. VoloCity It has already passed many tests and is positioned as the first commercial air taxi. At the same time, Boeing and Lockheed Martin They also have their own secret projects in the field, although they are not always in a hurry to share details with the public.
Competition between these players drives down the cost of technology. While the initial cost of a prototype was in the tens of millions of dollars, the goal of mass production is to reduce the price to the level of a premium car or even lower, to make the service of air taxi available to a wide range of passengers.
Legal regulation and certification
Before flying cars can be seen over our cities, they must be approved by the aviation authorities. It's what the U.S. does. FAA Federal Aviation Administration (FAA) in Europe EASA (European Union Aviation Safety Agency), and in Russia - Rosaviatsiya and FAVT. The certification process is extremely (strict) and takes many years, as human lives are at stake.
The main difficulty is the lack of precedents for the mass use of such devices. Regulators need to develop new air traffic regulations, maintenance standards, and training requirements for pilots (or operators). For example, it is necessary to determine who is responsible in the event of an accident: the manufacturer of the device, the software developer or the platform operator.
| Organization | Region | Regulatory status of eVTOL | Key requirements |
|---|---|---|---|
| FAA | USA | Active certification (Part 21.17(b)) | Safety level 10^-9 (as in commercial aviation) |
| EASA | Europe | Development of SC-VTOL | Special conditions for vertical take-off |
| CAAC | China | Pilot zones and tests | Support for government programs Smart City |
| Rosaviation | Russia | Conceptual development | Adaptation of FAP to new types of aircraft |
In Russia, work in this direction is also underway. Experts are discussing the possibility of creating “green corridors” for drones and air taxis. However, given the climatic features and the huge distances, the introduction of such technologies in Russia may go according to its own scenario, which is different from the Western one, perhaps with an emphasis on freight transportation or communication between remote villages.
Why does certification take so long?
The certification process includes thousands of hours of flight testing, crash tests, cybersecurity testing and fault tolerance analysis of all systems. A code bug can cost hundreds of people their lives, so regulators are reinsured.
Infrastructure: Where will they take off?
One of the biggest problems is the lack of infrastructure. Flying cars don't need long runways, but they need special landing areas. vertiport. These points shall be equipped with high-power charging stations, dispatching systems and passenger waiting areas.
Integrating vertiports into existing urban development is a complex urban task. Roofs of shopping centers, parking at railway stations and designated areas in parks are potential locations for air taxis. It is necessary to supply high-power electric networks, which in the historic center of the city may be impossible or prohibited.
- 🏙️ Horizontal planningCities will have to revise their master plans, reserved spaces for vertical mobility.
- ⚡ Power gridsSimultaneous charging of a dozen air taxis will require upgrading of local transformer substations.
- 📡 ConnectionA stable internet and navigation signals should be available at all altitudes, including the canyons between skyscrapers.
Without a dense network of vertiports, the concept of an air taxi will lose meaning, since the time to transport a passenger from the vertiport to the end point may exceed the time of the flight itself. Therefore, the development of infrastructure goes hand in hand with the development of the devices themselves.
The success of the introduction of flying cars depends on 50% of the equipment and 50% on the readiness of the city infrastructure to accept new transport.
Economy: Cost of ownership and tickets
Many people wonder how much it will cost to fly a flying car. At the initial stage, when the technology is just coming to market, the price will be comparable to premium taxi services or even helicopter transportation. Approximately, the cost of one passenger-kilometer can be from 3 to 5 dollars. However, with the growth of production and automation of processes, the price should decrease.
The ownership model will also be different from the usual one. It is unlikely that ordinary people will buy personal flying cars due to the complexity of maintenance and storage. More likely model MaaS Mobility as a Service (Mobility as a Service) The user will call an air taxi through the application, as Uber or Yandex.Taxi is now calling, paying only for a specific flight.
⚠️ Warning: The premiums for owners or operators of such devices will initially be very high due to the lack of accident statistics and high risks.
The cost reduction will be possible when switching to electric propulsion (cheaper fuel and maintenance) and the introduction of autonomous piloting (excluding pilot’s salary). Experts predict that by 2035-2040, flying by air taxi could become cheaper than a regular rush hour taxi ride, given the time factor.
Predictions: when to expect the appearance in Russia and the world?
Forecasts for the appearance of flying cars are constantly adjusted. If a few years ago we talked about 2020-2022, now the timeline has shifted to the right. The realistic scenario assumes the emergence of the first commercial lines of air taxis in major metropolitan areas (Dubai, Los Angeles, Paris, Singapore) in the period from 2026 to 2026.
For Russia, the deadlines may be shifted due to climatic conditions and regulatory features. Pilot projects are expected to be launched in Moscow or St. Petersburg, as well as in regions with hard-to-reach terrain (for example, in the Far East or Siberia) for the delivery of goods and doctors.
- 📅 2026-2026.Completion of the first model certification (Joby, Volocopter) and opening of the first test routes.
- 📅 2026-2028.Start of commercial operation in a limited number of cities around the world. The first subscription services.
- 📅 2030+.Mass adoption, reduction of cost, emergence of competition between operators. Integration into the Smart City system.
It is important to understand that a flying car in a personal garage is a scenario of the distant future (if it is at all implemented on a mass scale). The development of a public air transport network is much more likely. Technology distributed-thrust They make this transport safer than helicopters, but they take time to prove their reliability in real-world conditions.
☑️ Are you ready to fly in an air taxi?
FAQ: Frequently Asked Questions
Will I need to get a pilot license to fly a flying car?
In the beginning, yes, or a certified pilot. The ultimate goal of the developers is complete autonomy. In the future, management will be carried out through the application, and the role of a person will be reduced to choosing a destination, as in an unmanned taxi.
Is it safe to fly flying cars over the city?
The developers claim that the safety of eVTOL will be higher than that of cars, due to the absence of human factor (in offline mode) and the possibility of an emergency landing. Engine redundancy systems allow the vehicle to remain in the air even if several screws fail.
Are flying cars making too much noise?
Electric motors are much quieter than the ICE. At altitude (usually 300-500 meters), the noise from modern prototypes is comparable to the noise of wind or distant motorway traffic, making them acceptable to the urban environment.
Can I buy a flying car for personal use?
Theoretically yes, but it will be extremely expensive and difficult to maintain (storage, charging, insurance). The main business model will remain the rental or use of air taxi services.