eVTOL Certification Roundup: August 2026

As of August 2026, no electric vertical take-off and landing (eVTOL) manufacturer has received a full commercial type certificate from a major Western aviation authority. The certification landscape across jurisdictions is fragmented, with progress varying significantly between China, the United States, Europe, and emerging frameworks in India.

Three developments in recent months illustrate the range of outcomes: EHang has withdrawn its 2026 revenue guidance as China slows flight approvals, Eve Air Mobility continues transition flight testing toward a 2028 target, and India's DGCA has granted its first Design Organisation Approval to Sarla Aviation under a framework established in 2024.

EHang: certification without commercial traction

EHang achieved a milestone in 2023 when the Civil Aviation Administration of China (CAAC) issued a type certificate for the EH216-S, an autonomous two-seat eVTOL. It was the first type certificate issued for a passenger-carrying eVTOL by a major aviation authority. The certificate, issued under CAAC regulations, covered the EH216-S for low-altitude aerial tourism operations.

Three years later, the commercial reality has not matched the regulatory milestone. EHang withdrew its 2026 revenue guidance in its most recent financial reporting, citing slower-than-expected flight approval processes from local authorities in China. While the type certificate establishes that the aircraft meets CAAC airworthiness standards, commercial operations require additional approvals from local aviation and municipal authorities for specific routes, altitudes, and operating areas.

The distinction between type certification and operational approval is critical. A type certificate confirms that the aircraft design meets airworthiness standards. It does not authorise commercial passenger operations, which require separate operational certificates, route approvals, and in some jurisdictions, approval of the operating organisation's safety management system.

EHang's experience illustrates a challenge that extends beyond China: regulatory frameworks for eVTOL operations are still being developed, and the gap between aircraft certification and commercial service is wider than many manufacturers anticipated.

Eve Air Mobility: transition flight testing

Eve Air Mobility, backed by Embraer, is progressing through its flight test programme with a certification target of 2028. The company's eVTOL design uses a fixed-wing configuration with eight dedicated lift rotors for vertical flight and a pusher propeller for forward flight — a "lift-plus-cruise" architecture that requires a transition phase between vertical and forward flight modes.

Transition flight testing is a critical milestone in the certification path for this type of architecture. During transition, the aircraft shifts from rotor-borne lift to wing-borne flight, with the lift rotors stopping and the fixed wing generating aerodynamic lift. This phase involves complex aerodynamic interactions and is one of the highest-risk elements of the flight envelope.

Eve is pursuing certification under FAA Part 21 procedures, with EASA validation expected through bilateral arrangements. The company has not yet reached the final stages of certification testing, and the 2028 target remains subject to the completion of the full test programme, including system safety analysis, structural testing, and electromagnetic compatibility testing.

Embraer's involvement provides Eve with access to an established certification infrastructure — engineering resources, test facilities, and experience with regulatory processes across multiple jurisdictions. This is a significant advantage over standalone eVTOL startups, many of which lack institutional experience with the certification process.

India: Sarla Aviation receives first DGCA approval

India's Directorate General of Civil Aviation (DGCA) granted Sarla Aviation the first Design Organisation Approval (DOA) under the eVTOL certification framework it published in 2024. The DOA is a foundational step: it certifies that the organisation has the engineering capability and quality systems to design an aircraft and manage the certification process.

Sarla Aviation, based in Bengaluru, is targeting 2028 for commercial flights of its eVTOL aircraft. The DGCA framework, modelled on existing EASA and FAA design organisation requirements, establishes a pathway for eVTOL manufacturers to progress from concept through type certification.

The Indian eVTOL market has attracted significant attention due to the country's dense urban centres, congested ground infrastructure, and government support for advanced air mobility. The FAA and DOT selected eight AAM pilot projects in the United States, and India is developing a parallel approach through DGCA regulations and infrastructure planning.

Receiving a DOA does not certify an aircraft. It certifies the organisation. Sarla Aviation must still complete the type certification process for its aircraft, including design submissions, conformity inspections, and flight testing under DGCA oversight. The 2028 target for commercial flights is contingent on completing that process.

The certification landscape at a glance

Manufacturer	Aircraft	Jurisdiction	Status (August 2026)	Target
EHang	EH216-S	China (CAAC)	Type certified 2023; commercial operations limited by local approvals	Expanded operations
Eve Air Mobility	Eve eVTOL	US (FAA) / Brazil (ANAC)	Transition flight testing underway	2028
Sarla Aviation	Sarla eVTOL	India (DGCA)	Design Organisation Approval granted	2028
Joby Aviation	S4	US (FAA)	In certification testing	2026–2027
Volocopter	VoloCity	Germany (EASA)	Type certification testing	2026–2027
Archer Aviation	Midnight	US (FAA)	In certification testing	2026–2027

Table compiled from public manufacturer statements and regulatory filings. Status as of August 2026; targets are manufacturer estimates and subject to change.

Common challenges across jurisdictions

Several themes are consistent across the eVTOL certification landscape:

Battery certification: Lithium-ion battery systems for eVTOLs must meet energy density, thermal management, and failure-mode requirements that are more demanding than those for consumer electronics or ground vehicles. Battery certification is a long-lead item in the overall programme.

Noise standards: eVTOL noise footprint is a regulatory and community acceptance issue. ICAO Annex 16 noise standards were designed for conventional aircraft; eVTOL noise characteristics — distributed electric rotors — differ from jet or turboprop signatures, and acceptable noise thresholds are still being defined.

Operational integration: Even with a type certificate, eVTOL operators must integrate into airspace systems designed for conventional aircraft. This requires air traffic management procedures, vertiport infrastructure, and pilot type rating standards that do not yet exist in most jurisdictions.

Pilot certification: eVTOL pilot type rating requirements are being developed by the FAA and EASA. The FAA's eight AAM pilot projects include operational and pilot training elements that will inform future rulemaking.

What to watch

• Joby, Volocopter, and Archer certification timelines: These three manufacturers are closest to type certification in Western jurisdictions. Any certification — or delay — will set expectations for the rest of the industry.
• EHang's commercial deployment: The gap between type certification and commercial revenue in China is a case study for the rest of the industry.
• DGCA progress with Sarla Aviation: India's framework is new; the time from DOA to type certificate will indicate whether the regulator can move faster than its Western counterparts.
• FAA and EASA rulemaking: Final rules for powered-lift operations, pilot certification, and airworthiness standards for eVTOLs are still in development and will shape the commercial timeline.

The eVTOL certification landscape in August 2026 is one of progress without completion. Aircraft are flying, organisations are being approved, and frameworks are being written — but no passenger-carrying eVTOL is operating commercial service under a full regulatory regime in any major jurisdiction. The next 18 to 24 months will determine whether the 2028 targets hold or slip further.