Top 50 Electric Vertical Takeoff And Landing in Europe

Jetson Aero designs and manufactures the Jetson ONE, a personal electric vertical takeoff and landing (eVTOL) aircraft constructed from aluminum and carbon fiber, powered by eight electric motors. This vehicle provides a solution for urban mobility challenges by enabling individuals to travel above traffic, with a flight time of 20 minutes and a top speed of 102 km/h.

Lilium is developing an electric vertical take-off and landing (eVTOL) aircraft designed for high-speed regional air mobility, featuring zero operating emissions and low noise levels. This technology addresses the need for sustainable transportation solutions by providing faster travel options and direct connections in urban and regional areas.

Vertical Aerospace develops the VX4, a fully electric vertical take-off and landing aircraft designed for urban air mobility, capable of carrying four passengers and one pilot. This technology addresses the inefficiencies of traditional ground transportation by significantly reducing travel times for distances up to 100 miles, achieving cruise speeds of 150 mph.

Crisalion Mobility designs and manufactures electric vertical take-off and landing (eVTOL) aircraft using its patented FlyFree technology, aimed at enhancing urban and interurban passenger and cargo transport. The company addresses the need for efficient, safe, and sustainable mobility solutions to improve transportation quality while minimizing environmental impact.

AutoFlight manufactures purpose‑built electric vertical takeoff and landing (eVTOL) aircraft that deliver on‑demand passenger and cargo services with up to 300 km range, 250 km/h cruise speed, and low‑noise operation compliant with urban acoustic limits. The company also supplies a turnkey mobility suite—including certification assistance, vertiport infrastructure design, and cloud‑based fleet‑management software—to enable urban air‑mobility operators, regional airlines, and logistics firms to launch sustainable air‑transport networks.

The startup designs and manufactures hybrid-electric vertical take-off and landing (e-VTOL) business jets, utilizing an all-carbon composite airframe and electric prop fans to achieve high speeds and extended range. This technology provides a sustainable alternative for urban and regional air mobility, addressing the need for efficient and environmentally friendly transportation solutions.

Quantum Systems develops electric vertical take-off and landing (eVTOL) drones equipped with multi-sensor data collection capabilities for government and commercial applications. Their UAVs provide critical aerial intelligence for defense, security, and geospatial operations, enhancing operational efficiency and data accuracy in complex environments.

Zuri develops a hybrid-electric vertical takeoff and landing (VTOL) aircraft designed for inter-city travel, featuring a range of over 700 kilometers and a cruise speed of 300-350 km/h. This technology enables direct, on-demand flights without the need for traditional airports, significantly reducing travel time and enhancing accessibility.

The startup develops sustainable unmanned and manned aircraft utilizing distributed electric propulsion and a hybrid module, enabling vertical takeoff and landing while achieving airplane-like speed and energy efficiency through a tilt-wing design. This technology addresses the need for efficient logistics, sensor applications, and patient and passenger transport in the evolving advanced air mobility market.

Skyports designs, builds, and operates vertiports to facilitate safe and efficient urban air mobility, addressing the need for dedicated infrastructure in the emerging market of electric vertical takeoff and landing aircraft. By collaborating with aircraft operators and local stakeholders, Skyports optimizes transportation networks for both passenger and cargo services, ensuring regulatory compliance and operational safety.

Wingcopter manufactures unmanned eVTOL fixed-wing aircraft designed for efficient medical transport in challenging environments. The Wingcopter 198 provides durable and high-performance drone delivery solutions, addressing the critical need for reliable logistics in healthcare.

LYNEports provides geospatial software for the integration of eVTOL air taxis and drones into urban environments, enabling precise vertiport design and operational planning. The platform addresses the need for effective ground and airspace coordination, facilitating compliance with aviation regulations and optimizing infrastructure development.

Rigi Technologies develops vertical take-off and landing (VTOL) drones equipped with emergency parachute systems for safe, long-range beyond visual line of sight (BVLOS) deliveries. Their technology addresses the need for efficient and reliable logistics solutions in remote and cross-border areas, particularly for medical supply operations.

Embention develops Veronte Autopilot systems for UAVs and eVTOLs, ensuring compliance with DO178C, DO254, and DO160 certification standards to facilitate safe and reliable autonomous flight. The company addresses the need for advanced flight control solutions in the drone industry, partnering with over 700 aircraft manufacturers to enhance operational efficiency and safety in aerial applications.

The startup develops a human propulsion system that integrates body-mounted miniaturized jet engines with an exoskeleton featuring four arm-mounted and two hip-mounted gas turbine engines. This technology provides sufficient thrust to enable vertical takeoff for manned flights, addressing the challenge of sustained flight without traditional aircraft infrastructure.

The startup develops aviation infrastructure and systems for electric and autonomous air vehicles, focusing on the Air-One ecosystem and unmanned traffic corridors. This approach aims to reduce urban congestion and air pollution by facilitating clean energy transport for both passengers and cargo.

Evolito specializes in the development of axial flux electric motors and motor controller units designed for the aerospace sector, providing high torque and power density in a compact form factor. The company addresses the need for efficient electric propulsion systems to enable the widespread adoption of sustainable air transportation, contributing to cleaner and quieter urban environments.

VÆRIDION is developing a 100% electric microliner that utilizes a glider-inspired wing design with integrated batteries to achieve maximum energy efficiency for regional flights. This aircraft addresses the lack of direct air travel options in underserved regions, enabling zero-emission flights for up to nine passengers over distances of 500 km before 2030.

Solithor develops all-solid-state lithium battery technology specifically designed for the electromobility sector, focusing on applications in aviation, urban air mobility, and aerospace. Their batteries offer enhanced safety, higher energy density, and improved thermal stability, addressing the critical need for reliable and environmentally friendly energy storage solutions in transportation.

Ascendance develops hybrid-electric propulsion technology to significantly reduce CO2 emissions and noise pollution in aviation. Their aircraft, such as Atea, can achieve up to 80% lower carbon emissions compared to conventional models, addressing the urgent need for sustainable air transport solutions.

Elysian Aircraft is developing the E9X, a battery-electric aircraft designed to transport up to 90 passengers over a range of 800 km on a single charge, with plans for an eventual range of 1000 km. This zero-emission solution addresses the aviation industry's reliance on fossil fuels by providing a sustainable alternative for regional air travel.

Alteva develops ultralight batteries using sustainable raw materials and technology from the German Aerospace Center, significantly reducing weight and cost for electric vehicles. These batteries enable emission-free operation for electrified airplanes, heavy-duty trucks, and agricultural machinery, targeting sectors responsible for 8-10 Gt of annual greenhouse gas emissions.

The startup develops yokeless axial flux motors that utilize a patented cooling system for windings, ensuring low stator temperatures and reduced core losses through oriented electrical steel. This technology enables e-mobility companies to create lighter, more energy-efficient electric powertrains and aerospace propulsion systems.

Cosmic is developing the Cosmic Skylark, the first all-electric passenger aircraft with a range of up to 1000 km, designed to serve 50% of global air traffic while achieving zero emissions. The aircraft features a lightweight structure and an integrated propulsion system that enhances aerodynamic efficiency, significantly reducing direct operating costs compared to conventional jets.

The startup is developing an electric propulsion system for small satellites that utilizes low-cost, non-polluting fuels to enhance space mobility. This technology addresses the need for sustainable and economically viable transport solutions in the aerospace industry.

Limatech manufactures lithium iron phosphate (LFP) batteries specifically designed for certified aviation applications, providing a lightweight and durable alternative to traditional lead-acid and nickel-cadmium batteries. These batteries enhance energy efficiency and reliability for aircraft systems, addressing the industry's need for sustainable and low-maintenance power solutions.

Beyond Aero is developing a zero-emission private aircraft utilizing hydrogen-electric propulsion technology, capable of flying over 800 nautical miles. This innovation addresses the aviation industry's reliance on fossil fuels by providing a sustainable alternative for private air travel.

The startup develops autonomous flying vehicles integrated with smart infrastructure to improve urban transportation efficiency for civil and defense applications. Their system facilitates autonomous cargo delivery, casualty evacuation, and search and rescue operations, providing clients with reliable and eco-friendly mobility solutions.

Elfly Group is developing fully electric amphibious seaplanes designed for regional mobility, capable of transporting 9-13 passengers or up to one tonne of cargo with zero emissions. This technology enables efficient travel between coastal cities and traditional airports, addressing the need for sustainable transportation solutions in congested urban areas.

Heart Aerospace is developing electric regional airplanes that produce zero CO2 emissions and require shorter runways, enabling access to smaller airports. The company aims to significantly reduce total operating costs for regional air travel as battery technology advances.

Maeve Aerospace designs and manufactures all-electric regional aircraft, specifically the M80 model, which combines jet performance with turboprop efficiency. The company aims to reduce over 50 metric tons of CO2 emissions from commercial aviation routes before 2040, addressing the urgent need for sustainable air travel solutions.

The startup develops a zero-emission autonomous drone system that utilizes local hubs for efficient logistics in low population-density areas. This technology enables sustainable point-to-point and home delivery services, improving access for rural communities and reducing reliance on traditional vehicle transport.

NX develops power electronics for electric mobility, including high-efficiency inverters and battery management systems, to enhance the performance and safety of electric vehicles. Their technology reduces production complexity and costs, facilitating the transition to electrification in various vehicle applications.

Tolv develops modular powertrains and vehicle conversion platforms that enable the retrofitting of traditional vehicles into electric ones. This technology provides flexible and scalable electric mobility solutions for fleet operators and individual consumers, addressing the demand for sustainable transportation options.

Falcon Vision develops fully autonomous eVTOL UAVs designed for rapid localization and assessment in search and rescue operations. By providing real-time situational data to rescue teams, these drones enhance response efficiency and improve outcomes in emergency scenarios.

Flux Aviation develops battery electric propulsion systems and modular electric motors for general aviation, enabling retrofitting into over 70% of existing aircraft. Their technology reduces operating costs by over 30% compared to traditional piston and turboprop engines while providing zero-emission flight options.

Develops fully automated cargo drones, including the Grasshopper e350, that integrate vertical take-off and landing (VTOL) with ground logistics systems to handle first and last-mile delivery, loading, and charging autonomously. These drones reduce delivery times by over 50% compared to trucks, achieve a 99% punctuality rate, and offer zero-emission, cost-effective logistics solutions with inter-regional ranges of up to 600 km.

FIXAR develops autonomous UAVs utilizing proprietary xGroundControl software and fixed-angle-rotor technology, enabling efficient operations in diverse environments, including industrial and remote areas. Their drones address the need for cost-effective aerial solutions by offering a payload capacity that is ten times more efficient than competing models, suitable for tasks such as aerial photography, LiDAR scanning, and last-mile delivery.

Enpulsion specializes in Field Emission Electric Propulsion (FEEP) technology, providing compact and modular thrusters that achieve over 85% efficiency and higher specific impulse than traditional ion propulsion systems. Their solutions enable scalable and cost-effective propulsion for small satellites and mega constellations, addressing the need for reliable and high-performance space mobility.

ERC develops an electric vertical takeoff and landing (eVTOL) aircraft specifically designed for medical transportation, offering a payload capacity of 450 kg and a spacious cabin for efficient patient loading. This solution provides a cost-effective alternative to helicopters, operating at one-third the cost and three times faster than traditional ambulances, addressing the urgent need for improved patient transport in healthcare systems.

This startup manufactures electric motors and generators that utilize proprietary design software and production technology to create customized electric propulsion systems for industrial drones. By providing affordable, tailored electrical machines, the company facilitates the transition to green energy and enhances the efficiency of clean energy production and motion conversion.

This aerospace company designs hydrogen-based vertical take-off and landing (VTOL) aircraft powered by a hydrogen-electric propulsion system. By utilizing this technology, the company enables zero-emission passenger travel, addressing the environmental impact of traditional aviation.

The startup provides an electric aircraft rental service that utilizes certified electric propulsion technologies and sustainable aviation systems. This offering enables clients to access eco-friendly aircraft along with necessary charging infrastructure, maintenance, and insurance, facilitating a transition to greener aviation practices.

Aerovolt is establishing a global network of electric aircraft chargers and infrastructure at regional airports and aerodromes, specifically designed for electric aircraft, eVTOL, and drones. This initiative addresses the lack of charging facilities in the aviation sector, facilitating the transition to sustainable air travel.

Venetz Aero provides certified UAS hardware components, including electric motors, ESCs, and propellers, designed to meet stringent aviation regulatory standards. Their components enable drone operators to achieve higher safety levels and comply with regulations like FAA Part 108 for BVLOS operations, facilitating advanced drone applications.

SiriNor develops patent-pending electric jet engines that utilize electric compressors and hydrogen fuel cells to achieve true zero-emission flight, effectively eliminating both CO2 and non-CO2 emissions from aviation. By reducing engine weight by 20-30% and maintenance costs by 15-25%, SiriNor aims to transform regional and medium-haul flights into sustainable transportation solutions.

Volektra provides a wireless e-bike conversion kit that enables users to transform traditional bicycles into smart electric bikes, enhancing their range and efficiency. The company's VSAC technology offers a cost-effective solution for individuals and manufacturers to adopt electric mobility without the need for new vehicles.

ELIRE Group provides modular floating smart‑hub platforms that integrate solar, wind or wave generation with grid‑connected power conversion and high‑capacity DC/AC charging for electric ships, ferries and offshore equipment. Through its ELIRE Aero division, the company supplies high‑power‑density axial‑flux electric propulsion systems and silicon‑carbide inverters for retrofitting or new commercial aircraft. The combined hardware and IoT‑enabled digital‑twin monitoring enable rapid, scalable deployment for ports, offshore renewable developers, and aerospace OEMs seeking to accelerate net‑zero operations.

NRG2fly builds a nationwide charging network for electric aircraft, providing zero-emission charging solutions for airports. They enable airports to develop future-proof infrastructure, supporting the growth of sustainable aviation.

The startup operates an electric flight school that provides training for obtaining electric pilot licenses, including private pilot licenses and flight instructor training. By utilizing electric aircraft, the company promotes sustainable aviation practices while addressing the need for environmentally friendly pilot training solutions.