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eVTOL Stocks: Electric Air Taxi and Advanced Air Mobility Companies

Electric vertical takeoff and landing (eVTOL) aircraft bring electric propulsion, new airframe designs and increasingly automated flight to short urban and regional routes. Many leading designs are battery-electric air taxis, and this list also tracks the closest listed electric-aircraft and hybrid-electric VTOL peers.

It covers publicly traded companies with direct, material exposure to eVTOL or closely related electric-aircraft development. Most have not yet reached type certification or scaled commercial passenger service, though several already earn revenue from aircraft sales, services or other businesses. Propulsion type, certification stage, business model and funding vary widely across the group, so it is worth comparing them separately.

7 CompaniesCombined Mkt Cap: $19BUpdated: August 6, 2026
7 companies
Company Ticker Mkt Cap ▼ HQ Propulsion Listing
Joby Aviation
JOBY $8.1B 🇺🇸 United States Battery-electric NYSE
Joby Aviation
HQ: 🇺🇸 United States Propulsion: Battery-electric

Joby Aviation is developing a piloted, all-electric eVTOL aircraft for air-taxi service. It is preparing early operations in Dubai and under the US eVTOL Integration Pilot Program while continuing FAA type certification. Toyota is a strategic investor and manufacturing partner and Delta is a commercial partner. Joby now reports some revenue from Blade and other services, but its air-taxi business has not yet reached scaled commercial passenger operations.

NYSE

$8.1B

Battery-electric
BETA Technologies
BETA $5.2B 🇺🇸 United States Battery-electric NYSE
BETA Technologies
HQ: 🇺🇸 United States Propulsion: Battery-electric

BETA Technologies develops the ALIA CTOL (CX300) conventional-takeoff electric aircraft and the ALIA VTOL (A250), along with electric propulsion systems and charging infrastructure. Its Class A shares began trading on the NYSE on 4 November 2025. Its backlog spans cargo, medical and passenger operators and includes both firm orders and options. GE Aerospace made a $300 million strategic equity investment and is co-developing a hybrid-electric turbogenerator with BETA.

NYSE

$5.2B

Battery-electric
Archer Aviation
ACHR $4.0B 🇺🇸 United States Battery-electric NYSE
Archer Aviation
HQ: 🇺🇸 United States Propulsion: Battery-electric

Archer Aviation is developing Midnight, a piloted eVTOL designed for a pilot and up to four passengers, with a stated range of up to 100 miles on shorter routes. In March 2026 Archer reported final FAA acceptance of 100% of Midnight's Means of Compliance, which it said made it the first eVTOL developer to reach that milestone, and it has since reported closing Phase 3 of type certification while continuing Phase 4 work. Stellantis is an investor and manufacturing partner and United Airlines is a commercial partner.

NYSE

$4.0B

Battery-electric
Eve Air Mobility
EVEX $913M 🇺🇸 United States Battery-electric NYSE
Eve Air Mobility
HQ: 🇺🇸 United States Propulsion: Battery-electric

Eve Air Mobility is an Embraer-backed developer of a lift-and-cruise eVTOL aircraft plus a broader urban air mobility ecosystem, including TechCare services and the Vector air-traffic-management platform. It completed the first flight of its uncrewed full-scale prototype in December 2025 and continued flight testing through 2026. Eve remains pre-operational and does not expect meaningful revenue during the aircraft-development phase.

NYSE

$913M

Battery-electric
EHang Holdings
EH $404M 🇨🇳 China Battery-electric (pilotless) NASDAQ
EHang Holdings
HQ: 🇨🇳 China Propulsion: Battery-electric (pilotless)

EHang develops and sells pilotless eVTOL aircraft led by the two-seat EH216-S. In China the EH216-S holds CAAC type, production and standard airworthiness certificates, and operators partnered with EHang hold the first Air Operator Certificates for human-carrying pilotless flights. EHang's Q1 2026 update described routine internal trial commercial operations while further steps are completed before public ticketed service. Unlike most peers, EHang already generates revenue from aircraft sales and related aerial-mobility activities.

NASDAQ

$404M

Battery-electric (pilotless)
Vertical Aerospace
EVTL $160M 🇬🇧 United Kingdom Battery-electric NYSE
Vertical Aerospace
HQ: 🇬🇧 United Kingdom Propulsion: Battery-electric

Vertical Aerospace is a UK-headquartered developer of Valo, a piloted all-electric aircraft designed for four to six passengers. Valo is the intended certification and commercial aircraft and succeeds the VX4 prototype, so the two names are not interchangeable. Vertical is using its VX4 flight-test fleet to advance systems and certification work, and is targeting Valo certification with the UK CAA and EASA in 2028.

NYSE

$160M

Battery-electric
New Horizon Aircraft
HOVR $130M 🇨🇦 Canada Hybrid-electric NASDAQ
New Horizon Aircraft
HQ: 🇨🇦 Canada Propulsion: Hybrid-electric

New Horizon Aircraft, trading as Horizon Aircraft, is a Canadian developer of the hybrid-electric Cavorite X7 regional VTOL aircraft, designed for seven occupants (six passengers and one pilot). It has completed flight testing of a 50 percent-scale prototype and is building a full-scale demonstrator it expects to begin flight testing in 2027. It is a microcap, development-stage company.

NASDAQ

$130M

Hybrid-electric
Disclaimer: Green Stocks Research publishes independent research for informational and educational purposes only. Nothing on this page is investment advice, a recommendation, or an offer to buy or sell any security — always do your own due diligence and consider consulting a licensed financial adviser before investing. Market-capitalisation figures are refreshed on a regular cadence from publicly available exchange data and may lag real-time prices; see our methodology for how this list is compiled and maintained. Green Stocks Research has no financial relationship with any company listed. Have a suggestion — an addition, removal, or correction? Email us at feedback@greenstocksresearch.com.

eVTOL Stocks — Investor FAQ

eVTOL stocks are shares of publicly traded companies developing electric vertical takeoff and landing aircraft or closely related electric-aircraft systems. The group spans battery-electric air-taxi developers, a pilotless Chinese eVTOL maker and a hybrid-electric regional VTOL developer. They do not all share the same propulsion, certification regime or business model, so it helps to compare those attributes separately.
The listed developers and closest electric-aircraft peers tracked here are Joby Aviation (JOBY), Archer Aviation (ACHR), BETA Technologies (BETA), EHang (EH), Eve Air Mobility (EVEX), Vertical Aerospace (EVTL) and New Horizon Aircraft (HOVR). They are not all pure-play battery-electric air-taxi companies: BETA also builds a conventional-takeoff electric aircraft, EHang sells pilotless aircraft, and Horizon uses hybrid-electric propulsion. Large aerospace and auto groups (Boeing, Embraer, Airbus, Hyundai, Honda, XPeng) offer more diversified exposure through controlled companies, affiliates, strategic investments or in-house programs, but eVTOL is usually a small part of those businesses.
Battery-electric eVTOL designs use lithium-ion batteries, power electronics and electric motors that overlap with electric-vehicle supply chains. Hybrid-electric designs add an onboard fuel-powered generator, giving a different emissions and infrastructure profile. The environmental case depends on the electricity or fuel source, how heavily the aircraft is used and what travel it replaces, so the eVTOL label alone does not guarantee lower emissions.
eVTOL is an early and speculative sector. Most listed developers have not reached type certification or scaled commercial passenger service, and the economics of high-volume air-taxi networks are still unproven. Some already earn revenue from aircraft sales, services or other business lines, but certification, manufacturing and fleet deployment need substantial further capital. It is worth assessing cash, spending, dilution, order quality and certification progress rather than treating the group as interchangeable. Nothing on this page is investment advice.
Timelines vary by regulator and by what counts as a launch. As of mid-2026, EHang-related operators hold Chinese Air Operator Certificates and are running internal trial commercial operations while completing steps toward public ticketed service. Joby and Archer are targeting limited early or passenger-carrying operations in 2026 through Dubai and US pilot-program pathways, though neither holds FAA type certification yet. Scaled service under standard US and European rules still depends on design, production, airworthiness and operator approvals.
The main risks are certification and regulatory delays, failed tests or safety events, high cash burn, dilution, manufacturing and supply-chain execution, infrastructure readiness, weak passenger demand and competition. Announced orders can include non-binding letters of intent or options rather than firm purchases, so headline backlog figures need qualifying. Funding risk is best judged from current liquidity and expected spending, not from market capitalization or company size.
The terms overlap in how people search but are not technically the same. Most aircraft on this page fly between airports, heliports or vertiports and do not drive on roads, so 'air taxi' or 'eVTOL aircraft' is usually more precise than 'flying car.' The phrase 'flying-car stocks' can still refer loosely to listed companies building personal or urban aircraft, but the distinction is worth keeping in mind.
There is no single ticker for the eVTOL sector. EVTL is the NYSE ticker for Vertical Aerospace, while other listed developers trade as JOBY, ACHR, BETA, EH, EVEX and HOVR. Searches for 'eVTOL stock symbol' may be after the sector as a whole or specifically Vertical Aerospace.

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Key Terms
Full Glossary →

Electric vertical takeoff and landing aircraft. An eVTOL uses electric motors for vertical flight; its onboard energy may come entirely from batteries or from a hybrid-electric system with fuel-powered generation. Many designs use several propulsors, but that is a common architecture rather than part of the basic definition. Lower noise, emissions and operating cost are design goals that depend on the aircraft and mission, not guaranteed outcomes.
An umbrella term for new air-transport systems that move people or cargo using advanced aircraft and supporting infrastructure. The FAA describes AAM as including new powered-lift aircraft, many of which are eVTOLs, though the category can also cover other propulsion and automation approaches. Urban Air Mobility (UAM) is the city-focused subset.
A regulator's approval of an aircraft design, confirming it complies with the applicable airworthiness standards. It is distinct from a production certificate (the ability to manufacture conforming aircraft) and an airworthiness certificate (which clears an individual aircraft to fly). Limited experimental or pilot-program flights can occur before full commercial certification, so type certification is not a prerequisite for every possible flight.
The tests, analyses, inspections and other methods a manufacturer agrees with its regulator to show that an aircraft design meets each requirement in its certification basis. Acceptance of the means sets the compliance roadmap; it does not by itself mean the aircraft has passed those tests or earned a type certificate.
A site on land, water or a structure used for the takeoff, landing, taxiing, parking or storage of powered-lift aircraft such as eVTOLs. A vertiport may add passenger, charging or other support facilities, but those are not part of the core regulatory definition.
A test aircraft or component inspected and shown to conform to the design data used for certification testing, which lets a regulator credit eligible test results toward certification. It is not necessarily identical to the final approved type design, because certification testing can still drive design changes.
An estimate of how long a company can fund operations from its available cash and committed liquidity at an assumed spending rate. It is scenario-dependent: spending can change, milestones can slip, and companies can raise debt, equity, strategic or customer funding. A short runway raises financing risk but does not prove a raise will happen.
A regulatory aircraft category for craft that use engine-driven lift or thrust for vertical or low-speed flight and non-rotating wings for horizontal flight. Most piloted passenger eVTOLs pursuing FAA approval are being certified in the powered-lift category.
Ways of counting an aircraft backlog. A firm order is a binding purchase commitment; an option lets a customer buy later without obligation; a letter of intent (LOI) signals interest but is usually non-binding. Headline eVTOL backlog numbers often mix all three, so they need careful reading.
Two approvals separate from type certification. A production certificate confirms a manufacturer can build aircraft that conform to the approved design; an airworthiness certificate clears an individual aircraft to fly. The EH216-S program illustrates the distinction: EHang received type and production certificates covering the design and production system, while individual EH216-S aircraft receive standard airworthiness certificates.
A US pathway that lets limited early eVTOL operations proceed under specific conditions while standard type certification continues, so developers can begin some flights before full commercial approval.

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