- 2 days ago
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Flying cars are finally taking off—or are we still stuck in traffic? From Tesla’s wild midair Roadster tricks to Alef’s flying demo and China’s futuristic aircraft, we explore what’s real, what’s hype, and what it’ll take to bring air travel to our cities. #Technology #Cars #Innovation
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0:00 - Are Flying Cars Finally Coming?
0:55 - Tesla Roadster’s Aerial Demonstration
4:05 - The Limits of Tesla’s Flying Car Claim
6:04 - Alef’s Road-Ready Flying Vehicle
9:24 - Flying Cars: Fiction Meets Urban Challenges
12:23 - China’s Aircraft and Flying Mobility Projects
15:26 - Air Taxis, Batteries, and the Future of Flight
Subscribe for more fascinating tech stories!
Tell us what you liked most about the video in the comments.
👉 This channel was created in collaboration with https://www.youtube.com/@realidadeimpressionante
🔊🎧Music Info: Provided by MokkaMusic and https://inaudio.org
0:00 - Are Flying Cars Finally Coming?
0:55 - Tesla Roadster’s Aerial Demonstration
4:05 - The Limits of Tesla’s Flying Car Claim
6:04 - Alef’s Road-Ready Flying Vehicle
9:24 - Flying Cars: Fiction Meets Urban Challenges
12:23 - China’s Aircraft and Flying Mobility Projects
15:26 - Air Taxis, Batteries, and the Future of Flight
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MotorTranscript
00:00Yeah, my friends, movies have always shown us a future where flying cars leave the streets behind and fly over
00:06cities, right?
00:07Now, Elon Musk has unveiled a Tesla that can jump over other vehicles, spin in the air, and land using
00:14technology inspired by SpaceX rockets.
00:18But while Tesla was surprising the whole world with that demonstration, another company was releasing real footage of a flying
00:25car passing right over a Tesla Roadster.
00:28And over in China, machines capable of taking off vertically are already coming off experimental production lines.
00:34It's still experimental production, but they're coming off the line.
00:38After all, are flying cars finally coming?
00:40Or are we still very far from that future that science fiction has been promising us for quite some time?
00:46That's what we're going to find out starting right now.
00:55For years, Elon Musk promised that the next generation of the Tesla Roadster would be unlike any other sports car.
01:01He promoted it widely.
01:02The first unveiling of the project happened back in 2017.
01:06Back then, Tesla was talking about extraordinary acceleration, long range, and performance capable of challenging some of the fastest vehicles
01:13on the planet, even those with combustion engines.
01:16Years went by, the launch was postponed several times, and the new Roadster ended up becoming one of the company's
01:23oldest promises.
01:24Then, on October 15, 2026, Tesla decided to show the world something few expected to see.
01:31At a SpaceX testing facility in McGregor, Texas, a prototype of the Roadster appeared before the audience to conduct a
01:37rather unusual demonstration.
01:38To say the least, the vehicle had no one at the wheel.
01:41It was an artificial intelligence taking care of everything, and that was done for safety.
01:46The demonstration was carried out autonomously.
01:49And there was a reason for that.
01:50Tesla was about to test maneuvers that would normally be impossible for a conventional automobile.
01:55The Roadster vehicle accelerated toward the ramp, followed an extremely steep trajectory, and even went upside down.
02:03It then left the ground, performed a mid-air spin, and landed again.
02:08And in another part of the demo, the vehicle even jumped over a row of parked cars.
02:12The footage quickly started circulating across the internet.
02:15You've probably already seen a lot about this.
02:18But the most important question isn't simply how the car managed to leave the ground.
02:22It's how Tesla managed to control its movements while it was up there in the air.
02:27The answer involves two very different technologies.
02:30This, you probably haven't figured out yet.
02:33You're about to find out right now in this video.
02:35The first is a suction system installed underneath the vehicle.
02:38High-powered fans pull the air out from between the car and the surface,
02:42thus creating a pressure difference that increases the downforce pressing the vehicle against the ground.
02:47Yeah, and that's an idea that's already shown up in other experimental motorsport projects,
02:52where suction helps to increase grip without relying solely on conventional aerodynamics.
02:56In the roadster's case, Tesla claims the system can produce a suction force equivalent
03:01to up to twice the acceleration of gravity.
03:04That helps explain how the prototype managed to drive along an inclined structure
03:08and still stay glued to it, even in positions that would make an ordinary car plummet.
03:12But this system alone doesn't explain the movements made after this vehicle
03:17loses contact with the surface, right?
03:19And that's where the second technology comes in.
03:22Tesla used thrusters powered by compressed gas,
03:24a solution inspired by systems used in the space industry.
03:27When the gas stored under high pressure is released through a nozzle,
03:31it generates a force in the opposite direction.
03:34This principle is known as Newton's third law.
03:37For every action, there is an equal and opposite reaction.
03:40On a spacecraft, small thrusters can be used to adjust its orientation and trajectory.
03:45In a car, however, a similar system can produce impulses
03:49capable of altering the vehicle's movement.
03:51And that's precisely what happened during the demonstration.
03:53These thrusters help the Roadster maneuver in mid-air and control its descent.
03:58That basically explains why Elon Musk started associating his new sports car
04:03with the idea of a flying car.
04:05But there's a fundamental difference between what we saw in the demonstration
04:08and what we usually picture when we hear about a flying car.
04:12The Roadster didn't demonstrate the ability to stay continuously in flight,
04:16like an airplane or helicopter, for example.
04:18It performed brief aerial maneuvers using energy stored in compressed gas.
04:23And that means the demonstration didn't prove that the vehicle could take off from a street,
04:27fly across a city, and land in another neighborhood.
04:30In fact, the system's architecture itself still presents quite significant challenges.
04:36Compressed gas takes up space, adds weight, and needs to be refilled after it's used.
04:41Besides, controlling a vehicle during a hop is very different from keeping it stable in sustained flight.
04:46A flying car, or an aircraft, however you prefer to call it,
04:50needs to continuously produce lift, control its attitude,
04:53and have systems capable of handling in-flight failures.
04:56That can happen, right?
04:58And there is another problem.
05:00Cars and aircraft are built to handle very different conditions.
05:02A car needs to withstand impacts, uneven pavement, and collisions, especially here in Brazil.
05:10That's why it has protective structures that add weight to it.
05:13And aircraft, on the other hand, needs to be light enough to stay in the air efficiently.
05:19Combining these two needs into a single machine represents quite a considerable engineering challenge, you know?
05:23Even so, Tesla is betting that these new thrusters might at least transform the Roadster's performance.
05:29But who once again mentioned the possibility of accelerating from 0 to roughly 60 miles per hour in under a
05:35second?
05:35But that figure remains a goal announced by the company and by him,
05:39rather than a commercial spec proven by independent testing.
05:42Production of the new Roadster is tentatively scheduled at long last for 2028.
05:47We'll just have to wait until then to see, won't we?
05:49And we still don't know exactly which technology shown in the prototype will be available to buyers.
05:54So, what Tesla demonstrated is an experimental breakthrough that's pretty impressive.
05:58Despite all of that, it's not the arrival of a flying car that's ready to operate in cities, okay?
06:03Except while Elon Musk was presenting this technology,
06:05another company has decided to capitalize on this hype this moment
06:09to show they were taking a path that was completely different, but it was indeed a flying car.
06:14Alright, the response came pretty quickly.
06:17Let's take a look.
06:19The...
06:23Around the same time, the Roadster was dominating social media
06:26and still is with a lot of people talking about it.
06:29US-based Aleph Aeronautics released a demo that seemed like a direct response to Elon Musk, right?
06:34In the footage, we see a very unusual-looking vehicle approaching a Tesla Roadster,
06:39but instead of using a ramp to jump, it simply begins to rise vertically.
06:43Yeah, it's a flying car demonstration.
06:46It leaves the ground, gains altitude, and flies right over the Tesla.
06:50According to Aleph, the demonstration marked its 1,000th log flight.
06:54The company also used the occasion to remind everyone that it's been working on developing
06:58truly flying cars for over a decade.
07:00They have plenty of experience with this, according to what they reported.
07:03But what makes their project different from anything we've ever seen?
07:06Well, Aleph's vehicle was designed from the ground up to combine both functions.
07:10It should be capable of driving on conventional streets and also taking off vertically
07:14and doing so without needing an airport runway.
07:17That's why it uses distributed electric propulsion with propellers built into the frame.
07:21Basically, a huge drone that can drive on the streets.
07:25Unlike the Roadster, which relies on compressed gas thrusters to perform brief aerial maneuvers,
07:30the Aleph design uses airflow to generate lift.
07:32That right there is the fundamental difference.
07:35While Tesla's thrusters are designed to provide intense force for limited periods,
07:40Aleph's rotors must keep the vehicle airborne throughout the entire flight.
07:43And the company developed a rather unusual solution for the transition
07:46between these two modes of transportation.
07:49Its design calls for the vehicle's outer body to change orientation during flight
07:53while the passenger cabin stays positioned to maintain proper alignment.
07:58In the aerial configuration, parts of the bodywork take on an aerodynamic role.
08:02The goal is to allow the vehicle to use the lift generated by air displacement,
08:05other than relying solely on the rotors throughout the entire journey.
08:08It's a visually striking concept, but it also poses significant challenges
08:12regarding stability, control, and energy efficiency.
08:16Aleph has announced for its Model A, a driving range of approximately 217 miles
08:22and a flying range of about 110 miles.
08:26These numbers are design targets announced by the manufacturer itself,
08:29and they do not yet represent proven distances in this recent video.
08:32The company also announced an estimated starting price of nearly $300,000.
08:36This means that, even if the vehicle reaches the first buyers,
08:40it will be very far from being an affordable alternative to a conventional automobile.
08:44There's also the regulatory issue, right?
08:46Aleph has already received special authorization from the Federal Aviation Administration in the United States,
08:51the FAA, to be able to conduct certain test operations.
08:55But this authorization is not equivalent to the full certification
08:59required to freely sell and operate a passenger aircraft.
09:03The first vehicles destined for customers should be used under controlled conditions,
09:06precisely to continue these technology evaluations.
09:10Still, Aleph represents a different approach from Tesla's, doesn't it?
09:14They're not just trying to make a sports car perform extraordinary maneuvers.
09:18They're trying to build a truly flying vehicle
09:20that can function both on the streets and in the sky.
09:23And this idea, which seems straight out of a futuristic movie,
09:27has a history that goes way back, older than we can imagine, alright?
09:31Let's take a look here.
09:38When we think of flying cars,
09:39one of the most famous images comes from Back to the Future Part 2.
09:43In the movie released in 1989,
09:45Marty McFly travels to the year 2015
09:48and finds a world where cars can fly through the sky.
09:52The idea was pretty simple.
09:54Streets would no longer be the only route available for personal transit.
09:58Instead of facing long traffic jams,
09:59people could simply gain altitude and be on their way.
10:03But science fiction was already imagining something like this long before that, you know.
10:07Maybe those of you who are younger might not know it.
10:10The Jetsons, an animated cartoon released in 1962.
10:14The families there used small flying vehicles
10:16to move between the suspended buildings.
10:19Decades later, movies like The Fifth Element and Blade Runner
10:22also showcased cities filled with vehicles traveling at different altitudes.
10:26The promise was always much the same.
10:29Transportation would no longer be limited to two dimensions
10:32and would start exploring the space above the cities.
10:34But turning this idea into a reality involves much more
10:38than building a machine capable of taking off.
10:41First, you need to solve the safety issue, for example, right?
10:44Imagine thousands of vehicles flying over a major city.
10:48Each one would need to keep its distance from the others,
10:50avoid the buildings, deal with sudden weather changes,
10:53and find safe places to land.
10:56A mechanical breakdown in a conventional car
10:58might simply force the driver to pull over onto the shoulder, right?
11:02But in a flying car, a simple failure
11:04could lead to far more serious consequences.
11:06That is why the requirements for maintenance, redundancy, and certification
11:10are considerably more demanding.
11:13There is also the issue of noise.
11:15A vehicle that uses rotors like the one from Aleph, for instance,
11:18in order to generate lift, moves large amounts of air,
11:21and thousands of these machines operating simultaneously
11:23could drastically alter the soundscape of cities.
11:26Besides, taking off vertically requires a lot of energy.
11:30And that is one of the reasons why helicopters consume large amounts of fuel
11:34and electric vertical takeoff and landing vehicles
11:36need to use relatively large batteries to handle that.
11:40Therefore, the main challenge isn't simply proving that a car can fly.
11:44We've been seeing that happen for quite a while now.
11:47But, in fact, what needs to happen is to make this car fly safely,
11:52efficiently, quietly, and at an economically viable cost.
11:56And maybe that's precisely why some of the most advanced projects in the world
11:59are simply abandoning the idea of turning a conventional car into an aircraft,
12:04into a flying car.
12:06Instead, they are creating vehicles specifically designed to transport people through the air.
12:11And that's the direction China has already started investing in quite heavily.
12:16Alright, let's break this down.
12:23While Tesla and Elon Musk used thrusters and Aleph,
12:26tries to combine car and aircraft into a single structure,
12:30China's XPeng developed a solution that is completely different.
12:34Fundamentally different, rather.
12:36One of their projects became known as the Land Aircraft Carrier,
12:40and the name describes the concept well.
12:43Instead of a car that turns into an aircraft,
12:45the system uses two vehicles.
12:48The first is a sort of futuristic six-wheel pickup truck,
12:51and it's designed to drive on the road and transport the air module.
12:55The second is a small electric aircraft,
12:57capable of vertical takeoff and landing.
13:00When the driver reaches the right spot,
13:02the air module can be deployed from the rear compartment.
13:05From there, it works as an independent aircraft.
13:09This separation solves part of the conflict
13:11between the needs of a car and those of a flying machine.
13:15The electric vehicle can be used to hit the road,
13:18haul gear and provide comfort during long drives.
13:21Meanwhile, the air module can be optimized
13:23to shed weight and generate lift.
13:26It's an approach that looks less like the flying car
13:28we've seen in the movies, isn't it?
13:30But it's potentially more practical,
13:32and XPeng has already moved past the phase
13:34of simply showing off concept images and a few small tests.
13:37In March 2026, its air mobility division carried out tests
13:41with multiple aircraft coming off an experimental production line
13:44in Guangzhou.
13:45The footage shows several air modules being prepped
13:47and taking flight at the company's facilities.
13:50This marks a pretty big milestone for them.
13:53Building a working prototype is one thing.
13:55Developing industrial processes capable of turning out
13:58multiple units with consistent quality,
13:59that's a whole other ballgame, isn't it?
14:02But you also have to separate pilot production
14:04from large-scale commercial manufacturing.
14:06That needs to be made crystal clean.
14:08Having an assembly line doesn't necessarily mean
14:11thousands of these vehicles are already being delivered
14:13to consumers over there.
14:16Peng still has to navigate the certification processes,
14:19operator training, maintenance,
14:20and the development of the infrastructure needed
14:23for the daily use of this aircraft.
14:26Even so, the project shows that the race for flying cars
14:28is becoming broader and increasingly diversified, you know?
14:31And China doesn't rely on just one company.
14:35Another manufacturer, for instance,
14:37Hihang, developed an electric vertical takeoff aircraft
14:39aimed at passenger transport.
14:41Its EH-216S model has a different approach
14:44compared to X-Peng.
14:46In fact, we've already had flights and tests
14:48here in Brazil, okay?
14:49And it wasn't designed to drive on the streets.
14:51It's just an electric passenger aircraft
14:53engineered for short flights
14:55and to operate without a human pilot on board
14:57under authorized conditions.
14:59This distinction is important because
15:01the term flying car is often used
15:03for vastly different projects.
15:05Some are automobiles capable of leaving the ground.
15:08Others are just electric aircraft
15:10that can transport people in a manner similar to a taxi.
15:13And there is also a third category
15:15consisting of vehicles that can physically transform
15:17between a ground and air configuration.
15:19They are all part of the same technological transformation,
15:22but they won't necessarily compete for the same market.
15:26After all, for someone who quickly needs to cross a city,
15:29it might not be necessary to own a car capable of flying.
15:32All of this could be much simpler,
15:34just using a shared electric aircraft.
15:37And that's precisely the possibility
15:38other companies are already exploring, you know?
15:41And that's all over the globe, not just in China.
15:49In the United States,
15:50companies like Joby Aviation and Archer Aviation
15:52are working on developing electric vertical takeoff
15:55and landing aircraft, known as EVTOLs.
15:57And to be fair, the Brazilian company Embraer
15:59also manufactures this type of vertical takeoff
16:01and landing vehicle, all right?
16:02They have a specialized division,
16:03and we can talk about that in another video.
16:06These vehicles use electric motors
16:08and different rotor configurations
16:09to transport passengers on relatively short routes.
16:11The idea is to provide services
16:13similar to the air taxis that are already common today.
16:17Instead of buying an aircraft,
16:18passengers would book a trip between specific points.
16:21And that's a proposal that could be much easier to organize
16:24than allowing thousands of people
16:25to take off from their own garages with their flying cars.
16:29But that doesn't mean these services
16:31are already available in any city out there either.
16:34Commercial operations depend on certifications,
16:37landing infrastructure, air traffic control systems,
16:39and specific regulations for each region.
16:42And there is an obstacle that remains present
16:44in practically every electric project.
16:47It's the battery.
16:48To keep an aircraft in the air,
16:50you need to generate lift continuously
16:52that consumes a lot of energy.
16:54And the bigger the battery,
16:56the heavier the aircraft tends to be, right?
16:58The problem is that increasing weight
17:00demands even more energy to fly.
17:03It's a paradox.
17:04And to solve this,
17:05but the energy density is one of the most critical factors
17:08for the range of these aircraft.
17:09Of course, it's also necessary to consider energy reserves
17:12for unexpected situations.
17:14An electric aircraft can't just use up
17:16all its available charge
17:17and expect there to be a charging station
17:19exactly where it needs to land.
17:21It must be able to handle route changes,
17:24adverse weather conditions,
17:25and other unforeseen events.
17:27Additionally,
17:28the vehicles must rely on redundant systems.
17:31This means that certain components
17:32must have backups capable of maintaining safety
17:35in the event of an in-flight failure.
17:37In a car,
17:38a faulty electric motor might interrupt the trip,
17:40sure,
17:41but in an aircraft,
17:43losing lift mid-flight
17:44poses a much more serious problem.
17:46That is why safety must be factored in
17:48right from the start of the design.
17:50But there might be another challenge
17:52that is even greater.
17:53How do you organize a city
17:54where transportation can also take place by air
17:57as well as on the ground?
17:58It would not be enough
17:59to just build more vehicles.
18:01It would be necessary to create landing spots,
18:03charging areas,
18:05maintenance systems,
18:06and routes capable of avoiding
18:08conflicts between aircraft.
18:09It would also be necessary
18:10to establish altitude limits,
18:12emergency procedures,
18:13and rules for operating
18:14in densely populated areas.
18:16And even if all these problems
18:17are quickly resolved,
18:18there will still be an economic question
18:20in all of this.
18:21How much will a trip cost?
18:23If the service is much more expensive
18:25than ground transportation,
18:26it'll probably be restricted
18:28to a very small audience
18:29who can afford it, right?
18:31Now, if it's possible
18:32to reduce operating,
18:34maintenance,
18:34and energy costs,
18:35it could indeed become
18:36an alternative on certain routes.
18:38That's why the future of flying cars
18:39might not be exactly
18:41as the movies imagined.
18:43Instead of millions of private cars
18:44cruising between buildings out there,
18:46we might see networks
18:47of electric aircraft
18:48connecting airports,
18:50shopping centers,
18:51and metropolitan areas.
18:53And cars capable of traveling,
18:55both on roads and in the sky,
18:57the true flying cars
18:58might perhaps be specialized vehicles
19:00intended only for specific situations.
19:02Maybe, right?
19:03Let's wait and see.
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