eVTOL Aircraft: Companies, Startups & Research

Explore the aircraft designs, companies, startups and research shaping electric vertical flight. See where technical work is focused, from propulsion and batteries to noise and airspace integration.

Updated 13 October 2026Based on 22,566 documents
424
Organizations active (24 mo)
-25% activity YoY
15
Startups (young or venture-backed)
33
Funding rounds (24 mo)
$14.6B disclosed
848
Publications in 2025
+11% vs 2024

eVTOL aircraft in 2026: overview

eVTOL aircraft use electric propulsion to take off and land vertically, then fly forward using configurations such as tilting propellers, separate lift and cruise propellers, or multiple rotors. Distributed electric propulsion gives designers new ways to balance hover, cruise efficiency and control. But battery energy and thermal safety, aircraft noise, certification and charging infrastructure remain barriers to routine service. The business case also depends on reliable operations, viable vertiports and aircraft that can meet mission needs without excessive payload or range trade-offs.

Recent work is addressing aircraft and system-level constraints together. In September 2026, Nanjing University of Aeronautics and Astronautics studied rotor-noise reduction through phase synchronization, while Zhengzhou University of Aeronautics examined density-adaptive conflict resolution for low-altitude traffic. Research also targets battery charging and swapping networks, battery-health estimation and vertiport arrival-airspace design. On the operational side, Horizon Aircraft signed an LOI with Great Lakes Helicopter in September 2026 covering Cavorite X7 maintenance, pilot training and potential purchases. The direction is toward integrated aircraft and operating systems, not airframes alone.

  • 1Beyond the airframe: Research is connecting aircraft design with charging, vertiport placement and airspace management, making infrastructure and operations part of the core engineering problem.
  • 2Safety moves onboard: Battery health estimation, thermal-runaway risk analysis and fault detection are becoming central to dependable flight and fast-turnaround charging.
  • 3Commercial proof points: Maintenance and training agreements, alongside aircraft purchase interest, show developers building the support systems needed to move from prototypes toward service.
Summary generated from Linknovate data on 13 October 2026.

Top organizations working on eVTOL aircraft

Ranked by Linknovate activity score · last 24 months

The activity score adds up the relevance of every patent, publication, grant and news item linking an organization to eVTOL aircraft. Showing 7 of 424 organizations.

#OrganizationApproachSignals (24 mo)MomentumWhy it matters
1
Archer Aviation Corporate · United States
Vectored thrust PAT 67 · PUB 2
NEWS 515
-28% Archer is developing piloted electric air taxis, including its Maker demonstrator and Midnight aircraft, which use tilting propellers for vertical lift and forward flight.
2
Joby Aviation Corporate · United States
Vectored thrust PAT 3 · PUB 13
NEWS 526
-33% Recently, an aircraft using Joby’s autonomy technology flew more than 3,100 miles across the United States without a pilot taking control. Joby is developing a passenger eVTOL with tilting propellers.
3
U.S. Federal Aviation Administration Other · United States
General PUB 3 · NEWS 331 -39% The FAA regulates U.S. civil aviation and oversees certification and operational integration for emerging aircraft, including eVTOLs.
4
Airbus Corporate · France
General PUB 1 · NEWS 428 -52% Airbus has developed eVTOL demonstrators, including the CityAirbus program, exploring electric vertical flight and urban air mobility.
5
AI Archer, Inc. Corporate · United States
Vectored thrust PUB 1 · NEWS 299 -43% Archer is developing the Midnight electric air taxi and has described plans for Miami passenger routes. Its aircraft uses tilting propellers to transition between vertical lift and forward flight.
6
Vertical Aerospace Corporate · United Kingdom
Vectored thrust PAT 7 · PUB 5
GRANTS 1 · NEWS 231
-12% Recently, Vertical Aerospace opened an aircraft assembly facility at its UK flight-test center as it moves toward certification and industrialization. Its VX4 uses tilting propellers for vertical lift and cruise.
7
Lilium Gmbh Startup · Germany
Ducted fan PAT 11 · PUB 1
GRANTS 1 · NEWS 219
-64% Lilium developed an electric jet aircraft concept using distributed ducted fans embedded in its wings and canards for vertical lift and forward flight.
8
··Hidden organizationCompany
ApproachPAT 00 · PUB 00
GRANTS 0 · NEWS 00
+00%Available to registered users.
9
··Hidden organizationCompany
ApproachPAT 00 · PUB 00
GRANTS 0 · NEWS 00
+00%Available to registered users.
10
··Hidden organizationCompany
ApproachPAT 00 · PUB 00
GRANTS 0 · NEWS 00
+00%Available to registered users.
+417 more organizations
Including 15 startups and 326 universities & research centers. Filter by country, approach and maturity.

Startups to watch and leading research centers

Startups to watch 15 total

Young and venture-backed companies with the highest activity score.
  • AMSL AeroAMSL Aero is developing Vertiia, a long-range electric VTOL aircraft. It has completed a free-flight test and is working with Conflux Technology on cooling for a hydrogen fuel-cell system.
  • Dufour Aerospace AgSwitzerlandDufour develops the Aero3 for passenger transport, logistics, and public safety, combining vertical flight with efficient forward flight using distributed electric propulsion and a hybrid module.
  • Ascendance Flight TechnologiesFranceAscendance is developing ATEA, a hybrid-electric eVTOL aircraft for regional air mobility.
  • ··
    Hidden startupCountryAvailable to registered users, with funding and founding year.
  • ··
    Hidden startupCountryAvailable to registered users, with funding and founding year.
See all 15 startups, with funding and founding year

Leading research institutions 326 total

Ranked by publications, patents, grants and news in the last 24 months.
  • NASAUnited KingdomNASA conducts aeronautics research relevant to advanced air mobility, including aircraft design, flight safety, and integration of new aircraft into airspace.
  • Beihang UniversityChinaBeihang researchers study hybrid-electric VTOL propulsion configurations and optimization for different mission profiles.
  • Nanjing University of Aeronautics and AstronauticsChinaRecently, Nanjing University researchers examined phase synchronization as a method for reducing eVTOL rotor noise. Other work addresses hybrid power, propulsion, and aircraft operations.
  • ··
    Hidden research institutionCountryAvailable to registered users, with their key researchers.
  • ··
    Hidden research institutionCountryAvailable to registered users, with their key researchers.
See all research groups and their key researchers

Where eVTOL aircraft innovation happens

United States
67.3%
United Kingdom
21.2%
Germany
20.2%
China
15.8%
France
14.6%
Japan
13.5%
South Korea
7.3%
Italy
7.0%
Canada
6.7%
Netherlands
6.5%
Rest of worldEurope

Share of documents with at least one organization from each country.

Open the interactive map with all 424 organizations

Main technical approaches

Last 24 months
ApproachWhat it isDocumentsLeading organizations
MultirotorMultiple rotors provide distributed vertical lift and control, but their cruise drag and energy demand can constrain range and efficiency. 303
Airbus, Joby Aviation, Archer Aviation
Vectored thrustTilting propellers shift from vertical lift to forward flight, but the transition adds control and mechanical design complexity. 337
Archer Aviation, Vertical Aerospace, Joby Inc.
Lift-plus-cruiseSeparate lift rotors and a cruise propeller simplify each flight mode, but lift hardware adds mass and drag in forward flight. 79
Airbus, Joby Aviation, Archer Aviation
Ducted fanEnclosed fans offer compact propulsion packaging, but ducts add structural weight and require careful aerodynamic and acoustic design. 159
Horizon Aircraft, NASA, Lilium Gmbh
Hybrid-electric powertrainsAn onboard combustion or turbine power source paired with electric propulsion can extend mission capability, but adds system complexity and maintenance demands. 1,061
Archer Aviation, Honda Corporation, Airbus

Funding and investment

$14.6B
Disclosed private funding, 33 rounds in the last 24 months
$112.4M
Public grant funding since 2020, across 55 grants
15
Startups active in the last 24 months

Recent funding rounds

Feb 2026
Lyten Inc. United States
$5BProject, Real State, Infrastructure Finance
Feb 2026
Oklahoma State University United States
$7MGrant
Month 20XX
Hidden organization Country · investors
$00MSeries X
Month 20XX
Hidden organization Country · investors
$00MSeries X
See all 30 rounds, with investors and amounts

FACTS records $14,648,967,242 across 33 funding rounds and $112,355,113 across 55 grants since 2020. These aggregates indicate substantial capital activity, though individual records may span different organization and project types.

Patent landscape

Top patent holders · last 24 months
Archer Aviation
67
Denso Corporation
38
JOBY AERO, INC.
27
Honeywell
18
Beta Air Llc
15
See every patent holder and their full portfolio

Recent developments

Latest news, duplicates removed
Get alerts for new eVTOL aircraft developments

Frequently asked questions about eVTOL aircraft

What companies are working on eVTOL aircraft?

Archer Aviation, Joby Aviation, Airbus, Vertical Aerospace and Beta Technologies are among the prominent organizations working on eVTOL aircraft. Their designs span vectored-thrust, lift-plus-cruise and other configurations. Horizon Aircraft is developing a hybrid-electric aircraft, while Embraer is developing Eve with separate lift rotors and a pusher propeller for cruise. The U.S. Federal Aviation Administration is also active in certification and operational integration.

Which eVTOL aircraft startups are the most promising in 2026?

FACTS identifies Horizon Aircraft, Beta Technologies, Volocopter and Lilium among active eVTOL startups, but does not rank their prospects. Horizon Aircraft is developing the hybrid-electric Cavorite X7 and recently announced maintenance and training support. Beta Technologies develops electric aircraft and charging systems. Volocopter’s VoloCity uses multiple rotors, while Lilium developed a ducted-fan aircraft concept.

Which universities and research centers lead eVTOL aircraft research?

Beihang University and Nanjing University of Aeronautics and Astronautics are prominent research organizations in the FACTS data, alongside NASA. Beihang researchers study hybrid-electric propulsion configurations and mission optimization. Recent Nanjing work examines rotor-noise reduction, battery estimation and autonomous avoidance. Recent publications also name Shanghai JiaoTong University in work on rotor control and battery charging networks.

How much funding has eVTOL aircraft received?

FACTS records $14,648,967,242 across 33 funding rounds and $112,355,113 across 55 grants since 2020. The figures are aggregated from funding records and may include different project and organization types. They indicate a large financing footprint, but they should not be treated as a clean measure of capital received solely by aircraft manufacturers.

Who holds the most eVTOL aircraft patents?

Archer Aviation leads the listed patent holders with 67 patents, followed by Denso Corporation with 38 and JOBY AERO, INC. with 27. Honeywell holds 18, Beta Air LLC holds 15, and Lilium GmbH holds 11. These figures identify the leading holders in the FACTS patent data; they do not establish the commercial value or enforceability of any patent.

Is eVTOL aircraft patent activity growing?

No: patent activity declined 38.5% in the last 12 months compared with the previous 12 months. FACTS records 331 patents in the last 24 months. Publication activity moved in the opposite direction, with 848 publications in the last year and growth of 11.4%. The divergence suggests research output is increasing while patent filings have slowed over the defined comparison window.

What are the latest developments in eVTOL aircraft?

Recent developments include Nanjing University of Aeronautics and Astronautics’ September 2026 study of phase synchronization for rotor-noise reduction and Horizon Aircraft’s September 2026 LOI with Great Lakes Helicopter. The agreement covers Cavorite X7 maintenance, pilot training and potential purchases. Recent research also addresses battery charging and swapping, battery-health estimation, vertiport airspace and conflict resolution for low-altitude traffic.

What are the main approaches in eVTOL aircraft and how do they differ?

The main approaches in FACTS are multirotor, vectored thrust, lift-plus-cruise, ducted fan and hybrid-electric powertrains. Multirotors use multiple lift rotors; vectored-thrust aircraft tilt propellers for cruise; lift-plus-cruise designs separate lift and cruise propulsion. Ducted fans enclose the rotor, while hybrid-electric powertrains combine electric propulsion with another onboard power source. Each trades off efficiency, complexity, mass and mission capability.

Which countries lead eVTOL aircraft?

The United States leads the FACTS country data with 15,195 documents, followed by the United Kingdom with 4,788 and Germany with 4,556. China has 3,564 and France has 3,286. These figures show where related documents are concentrated; they are not a direct measure of aircraft production, certification progress or market share.

What are the applications of eVTOL aircraft?

FACTS identifies passenger air mobility, cargo and logistics, emergency response, defense and government, and personal aviation as applications. Passenger air mobility has the largest document count, with 2,056, followed by emergency response with 575 and cargo and logistics with 315. The use cases depend on mission needs: passenger trips emphasize reliable routes, while logistics and emergency operations may prioritize access and payload.

Go beyond the top 7

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