Flying cars: in what year will they become a reality? Forecasts of experts and manufacturers

Introduction: Dreams of Heaven on Wheels

Flying cars are one of the most striking symbols of the future, which has captured the imagination of mankind for decades. From 1960s science fiction films to modern concept cars from Tesla and Hyundai, the idea of personal transport capable of moving on land and in the air seems to be getting closer to reality. But when exactly will we be able to buy such a device?

Today more than 150 companies around the world are working on projects eVTOL (electric Vertical Take-Off and Landing - electric vertical take-off and landing devices). Among them are auto industry giants, startups and even aircraft manufacturing corporations. However, between prototype and mass production lies a chasm of technological, legal and economic challenges. In this article we will analyze the real timing of the appearance of flying cars, analyzing manufacturers' statements, current tests and expert opinions.

Current State of Technology: What Already Flies?

By 2026 there are about 30 working prototypes flying cars, but most of them are either experimental models or vehicles for limited commercial use (for example, taxis). Let's look at key projects that have already passed the drawing stage:

• 🚁 Volocopter 2X (Germany) - the first certified eVTOL in Europe, tested in Dubai and Singapore. The air taxi is planned to be launched by 2026.
• 🚗✈️ Terrafugia Transition (USA) - a hybrid car and aircraft certified by the FAA. Serial production is scheduled for 2026, but the price will be ~$500,000.
• 🛸 EHang 216 (China) - an autonomous multicopter, already used for tourist flights in Guangzhou. The cost of the trip is ~$300 for 15 minutes.
• 🔋 Joby Aviation S4 (USA) - project with support Toyota, passed tests for a range of 240 km. Plans for certification by 2026.

It is important to understand: these devices are not yet “mass-produced cars.” They either require pilot licenses (Terrafugia), or work as a taxi service (Volocopter). The first truly “personal” flying cars that do not require special control skills will appear no earlier than 2030 is the consensus among industry engineers.

The main barriers to mass production

Even if the technology is ready, there are five critical problems that are slowing down the entry of flying cars into the market:

1. Certification. Aviation Standards (FAA Part 23, EASA SC-VTOL) require thousands of hours of testing. For comparison: certification Boeing 787 took 8 years.
2. Infrastructure. "Heliports" on the roofs of skyscrapers, charging stations and air traffic control systems will be required (UTM).
3. Autonomy. Modern batteries provide only 30-60 minutes of flight. For comparison: Tesla Model S travels 600 km on earth.
4. Price. The cost of prototypes is $200,000–$2,000,000. Mass production will reduce the price to $50,000 by 2035.
5. Legal vacuum. There are no clear rules for insurance, liability for accidents, or even a definition: is it a car or an airplane?

⚠️ Attention: According to McKinsey, until 2028, eVTOLs will be used exclusively for commercial purposes (taxi, cargo transportation). Personal ownership will become possible only after the creation of a system of "air roads" and simplification of licensing.

Barrier	Current status	Solution forecast
Certification	First approvals expected in 2026–2026	Complete base of standards - by 2030
Infrastructure	Pilot "heliports" in Dubai, Los Angeles	Global network - after 2035
Autonomy	30–60 minute flight	2+ hours by 2030 (progress in solid-state batteries)
Price	$200K–$2M per prototype	$50K–$100K for mass models by 2035

Manufacturers' forecasts: who promises flying cars first?

Companies are actively sharing plans, but their deadlines are often shifted. Here are the current statements for 2026:

• 📅 Hyundai (project SA-1): Serial production to 2028, price ~$200,000. Partnership with Urban Air Mobility.
• 📅 Tesla (project Model π): Elon Musk mentioned the prototype to 2026–2026, but without details. Experts doubt the realistic timing.
• 📅 Airbus (project CityAirbus): Commercial transport in Europe with 2026, but only as a taxi service.
• 📅 XPeng AeroHT (China): Car-drone hybrid promised 2026, but so far only a concept.

Interesting fact: Toyota invested $400 million in Joby Aviation, and General Motors bought a startup Wisk Aero. This signals that auto giants see the future in eVTOL, but are in no hurry to make specific promises.

The economics of flying cars: how much will it cost?

Price is the main limiting factor. Today, the cost of prototypes is comparable to business jets, but mass production should reduce the cost of the technology. Let's look at the forecasts:

• 💰 2026–2030: $200,000–$500,000 (premium segment, limited editions).
• 💰 2030–2035: $50,000–$150,000 (mass models, similar to the first Tesla).
• 💰 After 2040: A reduction to $30,000 is possible with a breakthrough in battery production.

For comparison: the first Ford Model T in 1908 it cost $850 (~$28,000 in 2026 terms), and 20 years later its price dropped to $260. Flying cars are likely to follow this trajectory, but adjusted for the complexity of technology.

⚠️ Attention: According to Morgan Stanley, the cost of owning an eVTOL will include not only the purchase, but also the mandatory costs of insurance (up to $10,000/year), maintenance ($5,000/year) and airspace fees (similar to tolls).

Why won't flying cars replace regular cars?

Even with mass production, eVTOLs will remain a niche vehicle due to restrictions on weather (cannot fly in rain/snow), payload capacity (maximum 4-5 passengers) and range. For 90% of trips, traditional cars will remain the best choice.

Legal Aspects: Who Will Let You Fly?

The legal status of flying cars is a separate headache. Today there is no single approach:

• 📜 USA: FAA classifies eVTOLs as "ultra-light aircraft" requiring a pilot's certificate.
• 📜 EU: EASA develops category "VTOL-Capable", but final rules are not expected until 2027.
• 📜 China: Already issues permits for commercial flights (e.g. EHang), but a special license is required for personal use.
• 📜 Russia: The legislation is not ready. The only project - "Bars" from Rostec, but it is positioned as a military apparatus.

The main problem is the lack of an air traffic control system for low altitudes. Today, air traffic control controls flights above 150 meters, and eVTOLs will fly at 100-300 meters, creating the risk of collisions with drones, birds and even high-rise buildings.

When will flying cars become a reality for ordinary people?

Let's summarize based on an analysis of technological readiness, economic factors and regulatory barriers:

Stage	Deadlines	What will be available
1. Commercial taxi	2026–2028	Services type Uber Air in megacities (price ~$100–$300 per trip)
2. Premium models for enthusiasts	2030–2032	$200K–$500K Limited Editions Requiring Pilot Skills
3. Mass "flights"	2035–2040	$50K-$100K Autonomous City Models
4. Full integration	After 2045	eVTOL as an alternative to conventional cars, with developed infrastructure

Realistic forecast: the first flying cars affordable for the middle class (price ~$70,000) will appear no earlier than 2035–2040. Until then, they will remain either commercial vehicles or toys for millionaires. However, even by 2050, eVTOLs are unlikely to replace traditional cars - they will become an addition, not an alternative.

FAQ: Answers to popular questions about flying cars

Can flying cars fly in rain or snow?

Most modern eVTOLs are only certified for clear weather flights (VFR — visual rules). Heavy rain or snow may:

• Reduce visibility for pilots (even autonomous vehicles require backup human control).
• Lead to icing of the blades, which is critical for multicopters.
• Damage the electronics (despite protection according to the standard IP67).

Companies are working on anti-icing systems and improved sensors, but full-fledged “all-weather” models will not appear until 2030.

Do you need a license to fly a flying car?

Yes, but the requirements will be different from a traditional driver's or pilot's license. Most likely, a new category will appear:

• For standalone models: It is enough to take a short course (20–40 hours) in emergency management.
• For manual control: A private pilot certificate will be required (PPL) with additional training in vertical take-off.

The EU is discussing the introduction of an "A driving licence" for eVTOLs, but final rules are not expected until 2028.

How long does it take to charge a flying car?

Current prototypes use lithium-ion batteries, similar to electric vehicles, but with higher energy density. Charging time:

• 🔌 Fast charging (up to 80%): 20–30 minutes (same as Tesla Supercharger).
• 🔌 Full charge: 1–2 hours (depending on capacity, Joby S4 80 kWh battery).

The problem is that charging requires a specialized infrastructure with a power of 100 kW, which is not yet available even at most airports.

Will it be possible to park a flying car in the yard?

No, for several reasons:

• 🏙️ Noise: Even “quiet” eVTOLs produce ~65 dB (like a vacuum cleaner), which exceeds the norm for residential areas.
• ⚡ Security: Special areas with fire alarms and grounding will be required.
• 📡 Regulations: In most countries, parking aircraft within city limits is prohibited without permission from the aviation authorities.

Most likely you will have to use "heliports" — multi-level parking lots on the outskirts of cities or on the roofs of skyscrapers, similar to helipads.

Which companies are leading the race for flying cars?

Top 5 players by investment volume and progress in certification:

1. Joby Aviation (USA) - $2.6 billion investments, partnership with Toyota and Delta.
2. Volocopter (Germany) - the first certified eVTOL in the EU, tests in Dubai.
3. EHang (China) - already operates commercial flights to Guangzhou and Shenzhen.
4. Archer Aviation (USA) - contract with United Airlines for 200 devices Midnight.
5. Hyundai (South Korea) - project SA-1 with a target price of $200,000 by 2028.

Interestingly, traditional automakers (Tesla, GM, Geely) are still lagging behind aerospace startups, but are actively increasing investments.