SOLIS Electric Aircraft of the Future
Passenger Transport – Taxis – Security and Protection – Medical and Rescue – Cargo/Freight
How to develop a - EVTOL - long distance electric aircraft in France that is ecological and economical
Modern, fast and ecological electric plane EVTOL: Instead of using any plane, fly in comfort with our ecological and fast electric plane with vertical take-off and landing, the SOLIS. It will allow you to move quickly from one city to another (or from any place) on distances up to 1500 km at 490 km/h.
The new air travel experience for more connected and sustainable cities
The project of building an electric plane has been popular among inventors. This project is innovative and interesting, and it can have a positive impact on the world as a whole. But, as with all inventions, it’s not cheap. The cost of creating a long-distance electric plane is tens of millions of euros, which makes it difficult to finance the project. However, there is a way for inventors to create a sustainable and environmentally friendly electric plane.
Developing an environmentally friendly and economical electric plane is no small task. The main challenge is the battery. The battery must be light, large and powerful enough to allow the plane to take off and fly for a long time with the same weight and size. Our site gives you some information to develop in France our ecological and economical long distance electric plane.
In the decade of the 2030s, the world will experience a significant increase in the number of people traveling long distances by electric aircraft. Thus, the demand for a more ecological and economical alternative will increase. Our site discusses the design of a long-distance electric aircraft for the 2025s. The site presents the technical and economic aspects of a long-range electric aircraft and aims to establish the design and development of the proposed long-range electric aircraft.
The future of urban air mobility
- One of the main concerns with flying today is the negative impact it has on the environment. However, with a modern electric aircraft, this can be avoided. Energy consumption is reduced by 60%. This type of aircraft will allow you to travel quickly from one city to another and reach distances of up to 1500 km.
- Currently, electric planes are not really great. Electric planes are environmentally friendly solutions because they don’t use fossil fuels and reduce noise. But they are heavy and they can’t go as fast as conventional planes, which makes them less attractive. The purpose of our site is to show you how we are developing a modern, environmentally friendly electric aircraft with vertical takeoff and landing. This will allow you to move quickly from one city to another on distances up to 1500 km at 490 km/h.
- In the future, air travel will only be used for shorter trips with the use of vertical takeoff and landing electric aircraft. It is not a new idea that electric planes have been around for many years, but the modern development of an environmentally friendly electric plane with vertical takeoff and landing will dramatically change the way planes are used. Our site will look at the different ecological aspects of this electric aircraft.
- The aviation industry has been heavily criticized lately for its high carbon footprint. In response, many companies are developing electric aircraft. These planes will be able to take off quickly, travel long distances and be powered by sustainable energy. Our site focuses on our company which is developing an ecological electric plane with vertical take-off and landing that can cover long distances.
Colibri Aviation is a pioneer in urban air mobility and uses its creation, a revolutionary electric power supply. It does so through the development of its ecological electric plane with vertical take-off and landing for urban air mobility.
Search help for this page: developing an evtol in france
electric aircraft, air mobility, electric air travel, develop an electric evtol, electric long distance plane, evtol, connected cities, Aerial, Air transport, Flights, Airlines, Airports, Boeing Aircraft, Crash, Glider, Air France, Electric aircraft, First electric flight, Low-cost, Airliner, Air traffic, Helicopter, Aerials, Aerodrome, Fuselage, First electric plane, Electric propulsion, Bourget, Airplane, Aerobatics, Links, Airways, Drones, Electric drone, Long-haul, Passenger, Airspace, Helicopters, First flight, Aeronautics, Green electric plane, Dassault, Klm, Air travelers, Ryanair, Airborne, Supersonic, Bombardier, Stopover, Baggage, Airborne, Ulm, Electric airliners, Air boarding, Piloting, Electric flight controls, Airfields, Aviation history, Electric air transport, Air operator, Concorde, Electric aircraft programs, Electric aviation development, Patrol, Canopy, Jet, To fly, Aerospace, Flown, Flew, Altitude, Jets, Cockpit, Runway, Civil aviation, Skies, International airport, Aeronautical, Aviation safety, Embraer, Airplanes, American Airlines, Pilots, Thrust, Airframe, Fighter, Lockheed, Airline industry, Airbus, General aviation, United Airlines, Flies, New aircraft, Southwest Airlines, Crashed, Flight from, Jet aircraft, Turboprop, Taking-off, Hangar, Air-traffic-control
