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Flying is taking us further thanks to innovations, and the time is not far off when we can fly without pilots at all. Technological innovations are constantly changing the world, both on the ground and in the air. Without significant technological advances, the first aircraft would never have taken to the skies and become as practical as it is today. This happened a long time ago.

However, modern technologies continue actively contributing to the aviation industry’s development. And first of all, in this regard, we are talking about private aviation, whose customers love the latest technological progress and gadgets and prefer the absolute comfort of their travels.

The future of air travel promises even more comfort, better economy, and a variety of aircraft types. Charter Jets, Inc. invites you to look at aviation innovations that could change the future of private jets.

Innovations in flights that have been introduced or are about to be introduced

Many ideas have become a reality today, making private aviation better for passengers. The most advanced of them provide:

  • Comfortable conditions
  • Convenient connection to the world
  • More economical flights
  • Alternative fuel

Let’s consider these flight innovations in more detail:

  • Comfortable conditions. An airport is the first thing travelers encounter when arriving in a new country or city. To impress, air harbors, being the face of the country, often have futuristic architecture, large interior spaces, technology, and convenience for passengers. One of the best examples is Singapore Changi Airport, with its incredible waterfalls and gardens that became the future of flying. Modern technologies at this airport allow passengers to easily navigate multiple terminals and speed up and simplify the process of check-in and baggage check-in.
  • Internet. More and more aircraft are equipped with an Internet connection. Nowadays, having an Internet connection is important to surf the net for pleasure and work efficiently. And daily, private aviation helps its customers stay in the rhythm of life.
  • More economical flights. One of the latest technologies is the neutral gas system. It can be used on any aircraft and is creating a great future for air travel. The system is designed to create an inert atmosphere and prevent the formation of flammable fuel vapors in the fuel system tanks by reducing the oxygen content and the weight of the aircraft and saving on a flight. If we compare the solution with a neutral gas balloon system, the weight characteristics reduction reaches 2–3 times.
future of air travel

What awaits us in the future of private aviation?

But the innovations do not end there, and in the wake of the old ones, new ones with even more significant potential appear in future air travel. For example:

  • Alternative fuel. Nowadays, trends are responsible for consumption and environmental friendliness. In this regard, the aviation industry is responsible for transitioning to alternative fuels. Boeing, for example, promises to switch aircraft to biofuel by 2030, which is made not from oil but vegetable raw materials (for example, inedible plants) and organic industrial waste (from compost to woodworking waste) and reduces carbon dioxide emissions into the atmosphere by 80%.
  • Flying taxis. Air taxis should become an entirely new mode of transport soon. There are many developments, most variations on the theme of an electric jet, only in larger sizes. For example, close to certification (the prototype has already been allowed to fly over Beijing) Chinese double drone Ehang EH216 AVV. He made over 10,000 flights, including with passengers, in 42 cities in eight countries – in frost, fog, and during a typhoon.
  • Supersonic aircraft. In the near future, a resurgence of supersonic flights is expected. For example, by 2029, it is planned to start operating the Boom Overture aircraft. The distance between New York and London can be covered by an aircraft at a cruising speed of Mach 2.2 (i.e., 2.2 times faster than sound) in 3 hours and 15 minutes. It takes more than 7 hours for a subsonic aircraft at a speed within 0.8 mph.
future of air transport

Self-flying planes. Reality or fiction?

Self-flying planes are no longer a myth. Uncrewed aviation is developing rapidly, so people can already see that they are being actively used to solve the problems of video filming and controlling objects in such industries as agriculture, energy, and construction.

However, when can such models be seen in future air travel?

If we talk about specific forecasts, we should expect the appearance of such models in areas related to delivery from the distribution center of the logistics operator to the final recipient or destination.

  • Initially, it will be the transportation of goods where large-scale changes can be expected in the next five years, followed by passenger transportation.
  • The next stage in the development of uncrewed technologies is flights over medium-haul distances (from 2,500 to 6,000 km). Large crewless vehicles, analogs of aircraft such as the Airbus 320, and Boeing 737, will start flying in about ten years.
  • And then it will take another five years to launch drones that can make long transcontinental flights, first for transporting goods, then for the future air transport of passengers.

A couple of years ago, aerospace giant Airbus tested an uncrewed flying taxi created as part of the Vahana project. An aircraft called Alpha One took to the air for the first time. The lift height was low – only 16 feet (4.9 m) – and Alpha One was in the air for only 53 seconds, after which it landed. Nevertheless, the aircraft performed all operations independently, offline.

So is it possible to make planes completely autonomous?

Many modern aircraft are already partially autonomous to a certain extent. Therefore, given today’s autopilots’ high level of sophistication, one might think that pilots are unnecessary. If an airplane can theoretically fly itself, why are they needed? It turns out that while most of the work can be delegated to autopilot, human presence is still significant. In fact, this is unlikely to change air transport in the near future for several reasons:

  1. This is the general mood of the passengers of the aircraft and the public in general. Whether you admit it or not, there’s something very reassuring about a living, intelligent person operating such a huge airborne vehicle (at least for now). Most people don’t want to put control of something that could theoretically let them down at the right time.
  2. Under certain circumstances, people will become better “decision machines” than computers in future flights. Despite all its complexity, it still cannot be compared with the complex computer in the human head. Our brains can take in important information at once, make quick decisions, and improvise. This kind of flexibility is complicated to replicate on a machine, if possible.

And besides everything, there is always a theoretical failure of any mechanism. Therefore, at the moment, private aviation uses only reliable innovations that help people make their flights comfortable and fast. Therefore, by choosing Charter Jets, Inc., you get reliability and supreme comfort!

Why Choose Charter Jets, Inc.?

Our Aviation Professionals at Charter Jets, Inc. have over a century of combined experience in private aviation. They have the market knowledge and a commitment to service that guarantees you’ll receive the whole “Charter Jets, Inc. Experience”:

  • Flexibility
  • Convenience
  • Safety
  • Partnerships
  • No Long-Term Contracts

Our global team is ready to assist any of your private charter needs.


What is the speed of a supersonic aircraft?

The current speed of a civil aviation aircraft is about 800 kilometers per hour. And it is over 2100 kilometers per hour for supersonic passenger airliners, which is more than 2.5 times faster than modern air travel.

What is Blockchain in aviation?

Blockchain technology can help decentralize, transparence, and secure information in aviation. It is a decentralized database that brings together many computers connected to other devices on the Internet.

How do uncrewed jets work?

They are controlled remotely (for example, from the ground or another aircraft). They are also controlled by other offline software installed on board.

Are pilots going to be needed in the future?

Yes, the future of flying will involve pilots. No matter how rapidly the drone industry develops, there is always a risk of this technology failing during the flight.