TOP 10 best electric aircraft today

Electric aviation is ushering in a new era of flight – quieter, cleaner, and smarter. What seemed like a futuristic concept just a few years ago is gradually becoming a standard. Thanks to powerful batteries, lightweight composite materials, and highly efficient electric motors, modern developers are demonstrating that electric aircraft can not only fly but also compete with conventional planes in terms of range and efficiency.

The year 2025 marks a turning point for the aviation industry, as experimental prototypes move toward serial production and the skies prepare to host the first fully electric routes. From compact eVTOL taxis for urban transport to next-generation regional airliners, these aircraft are not only advancing technology – they are redefining the vision of aviation’s future. Here are ten electric aircraft that are currently leading the sector toward a greener revolution – projects that are powering the skies with innovation and pointing the way to a cleaner, more sustainable future.

TABLE OF CONTENTS:

Pipistrel Velis Electro

The Pipistrel Velis Electro is more than just an aircraft – it represents the beginning of a new era in environmentally conscious flight training. It made history as the first electric airplane certified by EASA, capable of operating under daytime visual flight rules (VFR) in over 30 countries. Built on the airframe of the Pipistrel Virus glider, it combines a lightweight aerodynamic fuselage with an innovative propulsion system – an arrangement that offers a fresh perspective on what flight can look like.

At the heart of the Velis Electro is a liquid-cooled E-811 electric motor producing 57.6 kW, powered by a 345 V DC electrical system. The motor draws energy from two Pipistrel PB345V124E-L battery packs, designed with redundancy and temperature management in mind. The total battery capacity is approximately 22–24 kWh, providing around 50 minutes of flight time plus reserve, depending on operating conditions.

Despite its technical sophistication, flying the Velis Electro is notable for its quietness and simplicity. At cruising altitude, noise levels do not exceed 60 dBA, making it one of the quietest aircraft in its class. The wingspan measures 10.70 meters, and the length is 6.47 meters. Thanks to the use of composite materials in its construction, the airframe remains very light: the empty weight with batteries is around 428 kg, while the maximum takeoff weight is 600 kg, allowing for a payload of approximately 172 kg.

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The Velis Electro demonstrates that environmentally friendly flight is gradually moving from experimental stages into practical use. It serves as a fully functional training aircraft, allowing aspiring pilots to gain experience with zero emissions and minimal noise. Its introduction represents an important step toward integrating sustainable technologies into initial pilot training, where efficiency and safety remain the primary priorities.

Eviation Alice

The Eviation Alice is the world’s first fully electric passenger aircraft, developed by the Israeli company Eviation Aircraft. This nine-seat aircraft, designed for regional transport, is equipped with two electric propulsion units, each producing 700 kW of power.

By using 95% composite materials in its construction, the Alice achieves a combination of light weight and structural strength, contributing to improved efficiency and flight range.

The Alice conducted its maiden flight on September 27, 2022, in Washington State, USA, marking a significant milestone in the development of electric aviation. The aircraft can carry up to nine passengers over distances of up to 815 km at a maximum speed of 481 km/h. Its maximum takeoff weight is 8,346 kg, with a payload capacity of approximately 1,134 kg.

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The Alice is designed for short regional flights with minimal noise and zero emissions. This makes it a promising option for sustainable air transport, particularly in the context of growing demand for environmentally friendly travel.

NASA X-57 Maxwell

The NASA X-57 Maxwell is the world’s first fully electric experimental aircraft designed to demonstrate distributed electric propulsion (DEP) technology. Based on the Italian Tecnam P2006T, the X-57 features 14 electric motors – 12 small motors along the leading edge of the wing to enhance lift at low speeds, and 2 main motors for cruising flight. Its power system includes a 460-volt battery with 69.1 kWh of energy, providing a significant increase in flight efficiency.

The X-57 program began in 2014 as part of the LEAPTech project, aimed at reducing fuel consumption, emissions, and noise. The aircraft was intended to demonstrate the potential for a 500% improvement in flight efficiency while achieving zero emissions in flight. The program concluded in March 2024 due to technical issues with the propulsion system that could not be resolved within the available budget and timeline.

Although the X-57 did not enter commercial service, its development made a significant contribution to electric aviation research. The program helped identify key considerations for the certification of electric aircraft, particularly regarding safety, efficiency, and the integration of electric systems into airframe design.

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The technologies developed through the X-57 program could serve as a foundation for future commercial electric aircraft. Insights gained from this experimental project have established a basis for the next generation of electrically powered planes.

Beta Technologies ALIA CX300

The Beta Technologies ALIA CX300 is an American electric aircraft that combines innovative design with practical efficiency. Inspired by the shape of an Arctic tern, the ALIA features a sleek 15.2-meter wingspan and a single rear-mounted pusher motor, optimized for maximum aerodynamic performance.

The aircraft can carry up to five passengers or 635 kg of cargo over distances of up to 620 km at a cruising speed of 195 km/h. Its design includes 5.66 m³ of cargo space and supports rapid charging in under an hour.

In May 2022, the ALIA completed an impressive 2,250 km flight from New York to Arkansas, USA, demonstrating its technical reliability and highlighting the growing feasibility of establishing a nationwide electric aviation network.

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Currently, the ALIA CX300 is undergoing certification testing and demonstration flights in both the United States and Europe. This positions it as one of the most promising examples of electric aviation approaching serial production.

VoltAero Cassio 330

The VoltAero Cassio 330 is a French five-seat hybrid-electric aircraft, equipped with a hybrid propulsion system that combines a single piston internal combustion engine with two electric motors driving rear-mounted propellers. This configuration allows the Cassio 330 to operate in fully electric or hybrid mode, offering flexibility and efficiency under varying operational conditions.

The aircraft reaches a cruising speed of up to 370 km/h and has a range of up to 1,200 km in hybrid mode. In fully electric mode, its range is limited to 200 km, making the Cassio 330 well suited for regional operations where charging infrastructure is still underdeveloped. Additionally, the Cassio 330 can take off and land on short runways as short as 550 m, further expanding its operational versatility across different regions.

A significant milestone in the development of the Cassio 330 was the use of 100% sustainable aviation fuel (SAF) Excellium Racing 100 from TotalEnergies, produced from bioethanol derived from waste from French vineyards. This approach reduces CO₂ emissions by 65% compared to conventional aviation fuel, highlighting VoltAero’s commitment to sustainability and minimizing aviation’s environmental impact.

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Currently, the Cassio 330 is undergoing certification testing in Europe and the United States. The aircraft has already attracted interest from potential customers; notably, HM Aerospace has ordered 30 units for training and commercial use. Serial production is expected to begin soon, opening new opportunities for regional transport and the broader development of electric aviation.

Wright Electric Wright 1

The Wright Electric Wright 1 is an ambitious project by the American company Wright Electric, designed as a 186-seat aircraft. In collaboration with easyJet, the company is developing high-power 1.5 MW electric motors and 3 kV inverters to power the aircraft – technologies that have the potential to transform short regional flights and make them more environmentally sustainable.

In 2025, Wright Electric began ground testing of the WM2500 engine, capable of delivering up to 2.5 MW of power with high energy density, making it one of the most powerful in its class. The complete system is scheduled to be sent to NASA’s electric aircraft test center for high-altitude trials at 12,192 m – a step that underscores the scale and seriousness of the company’s ambitions.

The Wright Spirit program aims to achieve certification by 2027. Its hybrid-electric system is expected to reduce fuel consumption by 27–44% compared to conventional aircraft. This indicates that future flights could be quieter, cleaner, and significantly more efficient, while maintaining passenger comfort and reliability.

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ПThe Wright 1 project is notable for demonstrating that electric aviation can become a viable alternative on regional routes. It is not merely a technical experiment but a step toward a future where aviation combines innovation, sustainability, and the goal of making the skies cleaner and quieter.

Heart Aerospace ES-30

The Heart Aerospace ES-30 is a Swedish hybrid-electric regional aircraft designed to carry up to 30 passengers over short to medium distances. The aircraft combines electric propulsion with biofuel-powered turbogenerators, reducing CO₂ emissions and providing greater flexibility in energy use during flight. Its design is optimized for operations from short runways of around 1,100 m, making it suitable for regional airports.

The ES-30 is equipped with four electric motors and two turbogenerators, enabling both fully electric and hybrid flight modes. In fully electric mode, the aircraft can cover up to 200 km, while in hybrid mode it can reach up to 800 km with a partially loaded passenger cabin. Battery charging takes approximately 30 minutes, making the aircraft convenient for daily operations on short routes.

In September 2024, the company unveiled a full-scale ES-30 prototype to test critical systems, including charging, taxiing, and ground handling. This allows for technology validation and safety assessments ahead of the planned start of commercial operations in the second quarter of 2025.

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To date, Heart Aerospace has received over 250 firm orders and 191 letters of intent for the ES-30 from airlines including Air Canada and JSX. The demand for hybrid-electric regional aircraft reflects strong interest in cleaner technologies within the aviation sector.

Bye Aerospace eFlyer 800

The Bye Aerospace eFlyer 800 is an electric aircraft developed by the American company Bye Aerospace, designed for eight-passenger commercial operations with zero emissions. The aircraft has a cruising speed of 593 km/h, a service ceiling of 10,668 m, and a range of up to 926 km.

Safety is ensured through dual redundant motor windings and four independent battery packs, providing reliability even in emergency situations. Additionally, the electric propulsion system reduces operational costs due to higher efficiency and minimal maintenance requirements.

The aircraft is designed to combine the performance of a turboprop with the environmental benefits of electric propulsion, enabling short- and medium-haul flights to be conducted efficiently and quietly. Its innovative wing design and optimized propellers enhance aerodynamic efficiency and flight stability.

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The eFlyer 800 project is notable for demonstrating the practical potential of electric aviation for regional and commercial operations. It represents more than just a concept – it marks a step toward the future of sustainable air travel.

Joby Aviation S4

The Joby Aviation S4 is a four-seat electric vertical takeoff and landing (eVTOL) aircraft designed for urban mobility. Equipped with six tilt-propellers, the S4 can reach a cruising speed of 322 km/h and has a flight range of up to 241 km. Its design prioritizes low noise levels, making it well suited for operations in densely populated urban areas.

In 2022, during tests conducted as part of a national aviation campaign, the S4 demonstrated a noise level of just 45 dB at 500 m altitude while flying at 185 km/h. This corresponds to a barely noticeable sound level in an urban environment, confirming the effectiveness of the aircraft’s innovative propeller and motor design.

Joby Aviation has made significant progress in the FAA certification process. In February 2025, the company completed the fourth of five required stages for obtaining a type certificate. The first passenger flights are planned for late 2025 or early 2026.

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The company is actively collaborating with partners such as Uber and Delta Air Lines to integrate its services into existing booking platforms, allowing users to conveniently plan and pay for air taxi trips. The acquisition of Blade Air Mobility is expected to support infrastructure development and expand service networks, positioning the S4 as a key step in the evolution of next-generation urban aviation.

Rolls-Royce Spirit of Innovation

The Rolls-Royce Spirit of Innovation represents a milestone in aviation technology. In November 2021, it set three world records, becoming the fastest all-electric aircraft in the world. During tests at the UK Ministry of Defence’s Boscombe Down facility, the aircraft reached a top speed of 623 km/h, making it the fastest electric vehicle on the planet.

This record was achieved thanks to a unique airframe design and a powerful propulsion system. The aircraft is equipped with three YASA 750R axial electric motors, delivering a combined peak power of 750 kW. Its battery pack consists of 6,480 cells, operates at 750 V, and provides a maximum output exceeding 500 hp. The battery weighs 450 kg, nearly half of the aircraft’s total weight.

With these specifications, the Spirit of Innovation not only set speed records but also demonstrated the potential of electric aviation for the future.

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This project is part of the ACCEL (Accelerating the Electrification of Flight) initiative, aimed at advancing the adoption of electric technologies in the aviation sector.

Read also: Why Airplane Portholes Are Round

Conclusions

The future of electric aviation appears both promising and encouraging. Continued advancements in battery technology, innovative materials, and energy management systems are expected to enable the development of increasingly efficient, quiet, and safe aircraft.

The gradual integration of these technologies into commercial operations brings us closer to a future where the skies are cleaner, and air travel is both more accessible and environmentally sustainable. And who knows – before long, electric aircraft may become so commonplace that we’ll wonder why we ever flew any other way.

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