TRAVEL DISCOVERY - China Lança O Primeiro Carro Voador De US$ 4 999 Que Muda Tudo

This flying car can stay in the air for approximately 25 minutes, reaching a maximum speed of about 130 km per hour. For a long time, flying cars were just a dream portrayed in sci-fi movies. But now, China has turned this dream into reality. And the most impressive thing is that it is not a prototype or a distant futuristic concept. It is a real, functional machine, and the world is watching. China is betting on what it calls a low-altitude economy, seeking to generate revenue through small aircraft and delivery drones. But with such advanced specifications and a surprisingly affordable price, will this innovation really take off? Are cities ready to deal with skies full of aerial vehicles? Or will this revolutionary invention encounter unexpected obstacles? In this video, we will detail its characteristics, cost, and analyze whether the world is really prepared for the greatest revolution in transport in history. Have you ever dreamed of flying a drone without a pilot? Well, here he is, crossing the skies of Guangzhou, opening a new frontier for urban mobility. The X-Peng flying revolution. Crowded cities, congested streets, polluted air. This is the common scenario of any useful day. But what if escaping all this was as simple as pressing a button and going up to a clear sky? In the midst of all this urban chaos, a Chinese company is betting heavily on a bold idea. And we are not talking about distant dreams of sci-fi movies. Are they really building flying cars? One of the biggest advances is the X-Peng X2, a machine that seems to have left a future that we imagined 50 years away. But it is already among us. The X-Peng Xiazu 2 is classified as an electric take-off and vertical landing aircraft. This means that it does not need an airport or runway. It goes up vertically and then simply flies. It was developed by X-Peng Aerohat, an air technology division of the Chinese manufacturer of electric cars, X-Peng, based in Guangzhou, Guangdong Province. The company won the Olofotes in 2020 with the support of X-Peng Motors, and has the mission of creating electric flying vehicles for the concept of advanced aerial mobility, also known as AAM. The goal is to fully rethink how people move around in cities. In July 2021, they presented the fifth generation of their flying car at a public event in Shanghai. It was a moment that caught a lot of attention. Silent, elegant, clean, it did not arrive with the noise of an engine, but floating in the center of the Olofotes. Visually, the X-Peng X2 looks more like a giant drone than a conventional car. It has two people, and there is still room for some suitcases. Its first name was Voyager 2, and the drop-shaped design helps to reduce drag and increase flight efficiency. The dimensions are impressive. It is about 5.26 meters long, 5.12 meters wide, and 1.36 meters high, equivalent to the size of an average car. Its weight is approximately 680 kg, with a load capacity of up to 160 kg, including passengers and luggage. One of the secrets to the reduced weight is in the materials. The internal structure is made of aeronautical aluminum, the same used in airplanes. The outer part is coated with carbon fiber, which is light and resistant. At the top of the vehicle, there are eight rotors, each with its own motor. This system offers extra balance and safety. If one rotor fails, the others keep the flight. The X2 connects to 4G and 5G networks, allowing communication and updates in real time during the flight. In terms of performance, it has a range of up to 75 km, or about 30 minutes in the air, and reaches a maximum speed of 130 km per hour. As it has dimensions similar to an ordinary car, it fits in traditional parking garages and parking spaces, without the need for hangars or special elevators. Even on the ground, it is easy to maneuver. It can be placed on four wheels that fit on the landing gear, allowing one or two people to push it easily. Now, speaking of safety, the X2 is much more than a flying machine full of lights. It has distributed electric propulsion, which means that each rotor operates independently. If one fails, the others compensate. It has several backup systems, sensors that monitor the surrounding environment, automatic landing capacity, real-time video, ground monitoring, cameras at 360 degrees, and even an emergency parachute. And the best part? No gasoline, no smoke, no emissions. It flies silently and cleanly, something extremely important in cities that already face pollution and noise problems. If you like this type of technology, leave your like so that we can continue to bring these impressive innovations. In the midst of the traffic and the noise of the metropolises, this can be a more clean, silent and efficient escape route. We are still in the first steps of flying vehicles, but what Xpeng has already achieved, proves that this is no longer just a fantasy. They are building a future that is already knocking on the door. Within the Xpeng X2, most people still believe that the future will come discreetly. But some inventions come with propellers spinning, lights shining, and the promise of transforming cities forever. And there is more. The Xpeng X2 was not created just as a personal vehicle. It was developed mainly to act as an air taxi, helping people to move around congested cities. But for heaven's sake. And here is the differential. It can be controlled in two different ways. In manual mode, a trained pilot assumes the total command. In autonomous mode, just press a button, choose the destination and let the system do all the work. Takeoff, route and landing are completely automatic. You don't need to touch anything if you don't want to. The smart flight system takes care of everything. The flight that gave clues about the next 50 years. Not every test flight attracts international attention. But when an electric and elegant flying car soars into the skies, with the horizon of Dubai as the background, it is difficult to go unnoticed. In 2022, Xpeng took a bold step. It made its first public demonstration flight of its flying car X2, precisely in Dubai. And it was not a test hidden in an isolated place. It was done outdoors, right next to Skydive Dubai, in the vicinity of the famous Palm Jumeirah. The Dubai Civil Aviation Authority issued a special permission to authorize the flight. The test went unnoticed. About 150 guests were called to attend the event. Among them were representatives of the Chinese consulate in Dubai, members of the International Chamber of Commerce in Dubai, the Dubai World Trade Center, local authorities and journalists from various parts of the world. Everyone watched closely as the X2 took off. That day, the flight was made without passengers on board. Still, the moment was highly symbolic. Before the flight took place, a lot of preparation was made in the backstage. Xpeng followed rigorously the necessary safety protocols, carrying out a detailed assessment of operational risks, in partnership with the Dubai Civil Aviation Authority. It was not something done in a hurry. A specialized team from Xpeng Aerohat led the whole process. They collected data from the research and development sector of the project, wrote an operation manual according to international standards, and created a complete concept for the demonstration, including possible risks and how to minimize them. Sanad Academy and DCAA also played an essential role in this process. Together, they developed a risk mitigation plan that guaranteed total safety in all stages of the flight, from takeoff to landing. The safety of everyone present was the top priority. After the analysis and approval of the plan, the green light was given. The test flight was authorized. After the event, Xpeng shared more details about the next steps. The model used in the test was just part of a larger project. The real goal is to develop a version of the vehicle aimed at low-altitude flights within cities, that is, flights carried out at a height of about 90 meters during most of the trips. However, the X-E2 has the ability to reach up to 975 meters of altitude if necessary. Even with a flight time of less than 35 minutes, the autonomy is sufficient for short trips within urban areas. The test in Dubai demonstrated much more than just technology. It offered a glimpse of how flying cars can be part of everyday life. It is often talked about how the future will be. But, this time, people saw the future, not in the form of science fiction, but in a real electric aircraft flying over a modern city. This flight also marked a new chapter for Xpeng AeroHT. The public demonstration was not made just to impress a nation. It was a message to the whole world. The future is coming. For the team responsible for the X-E2, that moment represented years of planning and tests that, at last, gained visibility. Some leaders in Dubai interpreted in the same way. Hassan Al-Hashami, Interim Director-General of the Dubai Chamber of Commerce, shared his impressions during the event. According to him, the X-E2 represented exactly the kind of thinking that has shaped Dubai over the years. The constant search for innovation and futuristic projects. He stated that that flying car symbolized the city's ambition spirit. In his words, it was an unforgettable moment. A milestone that can influence how the next 50 years will be designed in cities like Dubai. For him, that was not just an impressive invention. It was something with the potential to have, In the X-Peng X2, the X-Peng X-E2 was designed to automatically identify the best way to go from one point to another, planning the safest and most efficient route in the air. It also needs to obey local flight laws, which can vary from country to country, and the software is already programmed to understand these differences. That is, if you are flying over a city in China or anywhere else in the world, he will know how to follow the rules of each place. Inside the cabin, the goal is to offer passengers a high-quality experience. You are not just sitting in a box full of buttons. The cabin is spacious and provides one of the most unobstructed views possible in this type of vehicle. This means that passengers can really enjoy the landscape during the flight. It is not like looking through a car window. The view is panoramic, with a wide view of the world down and forward. The controls and instruments were also developed with a modern and intuitive design. The layout is simple, with everything positioned within reach of the hands. Visually, it even resembles the interior of a small spaceship. There is also a large floating screen that offers a technological air to the panel. But it is not there just to decorate. This screen is part of the navigation system and orientation of the passengers during the flight, displaying maps, routes, altitude and other important data. But the X2 was not created just to transport passengers. It can also be used in other high-value tasks. Low-altitude urban flights can offer different tourist experiences, providing a panoramic view that walking on the streets would never allow. In addition, the vehicle can play a fundamental role in emergency transport, such as rapid medical movements, flying above congestion when time is essential. In cities that never stop, having something that moves above chaos can be much more than a luxury. It can become an essential part of the future of mobility. The Xpeng terrestrial aircraft carrier has not yet finished surprising. After launching a flying car, the company returned in 2024 with something even bigger and bolder. This time they presented a new concept, the terrestrial aircraft carrier. And no, it is not a ship. It is a combination between a terrestrial vehicle and a flying machine, united in an ambitious creation. Let's take a closer look at this innovation. The complete system is made up of two parts. First, we have the terrestrial vehicle, which Xpeng calls the aircraft carrier, or mother ship. It is large, has six wheels, three axles, and is about 5.5 meters long, 2 meters wide and 2 meters high. This makes it longer than most vans, with a robust design, something between a modern minivan and a stylized armored truck like Tesla's Cybertruck. But it's not just the size that impresses. The look follows a clean and minimalist line. The body is square, with smooth curves that extend from the windshield to the ceiling. The handles are padded and the side panels are integrated, with a reinforced plastic lower finish. A detail that draws attention. There are no side mirrors, which indicates that this version is still in development. Under the hood, the terrestrial aircraft carrier is driven by a system called EV-VER, which means extended autonomy electric vehicle. It operates on a high-voltage platform of 800 volts. But here is the differential. The internal combustion engine does not move the wheels. It works like a generator, sending energy to the electric motors and to the battery pack. With this configuration, Xpeng claims that the vehicle can reach an autonomy of up to 1,000 km. Now let's go to the flying part. And this is where the attention is completely returned. The second module of the terrestrial aircraft carrier looks like a giant drone, but goes far beyond just flying. It takes off, flies and lands, being able to be operated manually or fully autonomous. And yes, it attaches directly to the upper part of the terrestrial aircraft carrier. The coupling system is fully automatic, as is the separation process. When it's time to fly, the air module unfolds from a compact shape, opening its six arms with propellers in a smooth way. This foldable format is not only aesthetic, there is a functional reason behind the design. An Xpeng employee explained that the module needed to be compact to fit inside the vehicle without compromising the internal space. Since the terrestrial vehicle needs to function normally, size limits have been established. Thus, the propellers of the air module fold inwards, allowing it to fit perfectly in the rear compartment. Currently, the unfolding process takes about 4 minutes, but the team is working to reduce this time to 3 minutes. When the air module is coupled, it recharges directly with the energy of the terrestrial aircraft carrier. Thanks to the high-voltage system, the battery of the module can go from 30% to 80% in just 18 minutes, which allows about 5 to 6 short flights with a complete charge. This type of structure offers flexibility. You can take off from your garage, fly over the traffic and dock again, all without having to wait hours for a recharge. There are two options for flight operation. It can be manually controlled with a joystick or fly completely autonomously, without the need for a pilot. This is ideal for those looking for a quiet experience or do not have flying experience. This project is not just a scientific experiment. It is part of a long-term plan from Xpeng to AeroHT to explore new forms of transport, combining land and air in a single device. Although it is not yet ready for the market, what is being developed now shows that they are really committed to transfer. From the prototype to the licensed flight, in 2023, Xpeng's X-2 took another step that caught the world's attention. This time it was not just a test, it was official. The X-2 became the first vertical take-off and take-off electric vehicle, also known as EVTOL, to be licensed for flight in China. This license was issued by the Chinese Civil Aviation Administration, responsible for the central and southern region of the country. For those who already followed the X-2 project, this moment was seen as a great achievement, but it also represented something even greater. A direct connection with a long-term national plan that has been developing throughout China. The sky-oriented plan, just below 1,000 meters in altitude. This plan is called low-altitude economy. Maybe you've never heard of it, but this area is growing rapidly. It covers from drones to air taxis. Basically, any flying vehicle operating below 1,000 meters is part of this new sector. As the rules become clearer and the technology more stable, more and more companies are entering this market. The idea behind this economy is simple. Airspace close to the ground can do much more than just support clouds. It can transport people, deliver goods, optimize field work and even assist in rescue missions in areas of difficult access. This low layer of the sky is beginning to fill up. And not just with hobby drones. In China, this space is being seen as a new economic gear. Local authorities say that the sector can reach a market value of up to 3.5 trillion yuan by 2035. It's an impressive number, and it's not just words. There is real support behind this projection. Public policies are being formulated, investors are attentive, engineers are building, and the pace of progress is accelerating. China's progress in this sector does not happen alone. In other parts of the world, the low-altitude economy is also beginning to gain space. But in Chinese territory, the pace is particularly fast. In recent years, there has been a real wave of new developments. Technology is evolving, cities are opening air routes, and the sky is gradually transforming into a new kind of highway. Much of this growth is due to the advancement of artificial intelligence. Smart systems already allow vertical take-off drones and electric aircraft to fly more safely and precisely. Interaction between humans and computers has also improved, which means that it is becoming easier to control these machines or even let them operate on their own. More and more sectors are entering this new era. Battery manufacturers, engine designers, software developers, and agricultural technology companies are finding space in this new aerial scenario. Each one contributes with a piece for this puzzle that shapes the future of mobility. And you, what do you think of this so-called low-altitude economy? Do you see this as something promising or a little worrying? Leave your opinion in the comments. We want to know what you think. Returning to Xpeng Aerohot, with the X2 now officially licensed, the company already has ambitious plans. The next step is to carry out more tests, this time with manned flights, to gather even more data. The goal is to approach production on a large scale. They are not in a hurry, but they are also not standing still. The certification acquired is not the end of the journey, it is just one more push towards the future. More than advertising, we have already seen the design, we have already seen how it moves. But what exactly does this machine intend to do when it is on the streets? Or better, in the skies, in the real world? The Xpeng land aircraft carrier is not a flashy vehicle made just to gain temporary attention. It was developed to deal with serious situations, where time is essential, medical rescues, road accidents, places blocked by debris or floods, and even evacuation of tall buildings. Its mission is to reach places where cars or ordinary trucks would not be able to, and, if necessary, take off directly from there. Initially, the land aircraft carrier will be used only in highly controlled areas, with restricted flight areas and official operations as public utility tasks. Do not expect to see it flying over neighborhoods so soon. For now, it will serve to prove in practice the real utility of flying cars. And if everything goes well, there is room for operations on a larger scale. The Xpeng land aircraft carrier is not working alone, nor with a tight budget. Recently, the company made a $150 million contribution in a series B-type investment round. This money will be used directly in the next stages to perfect the vehicle, increase production and prepare commercial sales on a large scale. Although the Xpeng design is used, it is not the only one thinking in this direction. On the other side of the ocean, in Orlando, Florida, a company called Lufcar is also developing its own flying vehicle project. Although it has a different approach, the central idea is similar. Lufcar is creating a hydrogen-powered aircraft that also connects to a land vehicle. They call their aerial section a flying stacker, because it is capable of lifting the land module and carrying it through the air. In other words, both companies are testing the limits of mobility, combining land and sky in one system. Returning to the land aircraft carrier, originally Xpeng Aerohat had planned to start production in 2025. Customers in China expected to receive their vehicles by this year. However, the schedule has been adjusted. The new forecast is for 2026. The company needed more time to complete the construction of a new factory and wanted to ensure that everything was ready before launching the model to the market. And when the vehicle finally arrives on the streets, China will be the first country to receive it. The country is already advancing rapidly in the creation of regulations for land and aerial mobility, which speeds up the whole process. The values ​​have not yet been officially released, but sources close to the company indicate that the model should cost less than US$ 300,000. It may seem high, but for a vehicle that takes off and lands, it is a relatively affordable price, especially considering that this is a completely new technology. Even without a confirmed final price, the interest is already huge. Xpeng Aerohat has already received more than 3,100 pre-orders, that is, people who have already registered to be the first to buy the product as soon as it is available. And this is not limited to China. The repercussion is also growing in other countries. Now let's take a step back. What does all this really mean? Flying vehicles are no longer just legal ideas from sci-fi movies. They are entering real conversations within the technology and transport sectors. Of course, they are not yet common. Most people continue to use conventional cars, but such changes do not happen overnight. It takes years of testing, changes in public policies, adaptations in infrastructure and, above all, confidence in the population. There are real challenges along the way. Air traffic safety, climate conditions, battery life, pilot training or development of autonomous systems. Thank you for your company. Enjoy and click on the cards on the screen to watch another video. Don't forget to like and subscribe to the channel. See you next time!