eVTOL Intelligence · May 2026

The eVTOL Race
to Market.

Four companies. One finish line. Here is where each stands.

Electric vertical takeoff and landing aircraft are no longer a concept. They are flying. They are being certified. And the first commercial passengers will board within months. This is a structured comparison of the four companies closest to that moment — their aircraft, their certification status, and what comes next.

Joby S4 Archer Midnight EHang EH216-S Wisk Generation 6 FAA · CAAC Certification Commercial Launch Timelines
Updated May 2026 · Sources: FAA, CAAC, Joby Aviation, Archer Aviation, EHang Holdings, Wisk Aero, Aviation International News, Flying Magazine, Aircraft Insider
Certified & Operating
1
EHang EH216-S — world's first commercially certified pilotless eVTOL. Revenue flights began March 2026.
FAA Stage 4 Cleared
1
Joby S4 — the furthest any eVTOL has advanced in U.S. FAA type certification. No other applicant is close.
Fastest eVTOL
200 mph
Joby S4 top speed — equivalent to a propeller aircraft, nearly 2.5× faster than a helicopter cruise.
First Autonomous 4-Seat
Gen 6
Wisk Generation 6 — the world's first fully autonomous (no pilot) four-passenger eVTOL in FAA certification.
Section 01

Aircraft Specifications
Side by side.

Four aircraft. Radically different design philosophies. Each optimized for a different vision of what urban air mobility should be.

🇺🇸 Joby Aviation · Santa Cruz, CA
Joby S4
6 tilt-rotor · Lift + Cruise · Piloted
Top Speed200 mph (322 km/h)
Range150 miles (241 km)
PassengersPilot + 4
Weight4,800 lbs (2,177 kg)
Max Altitude10,000 ft
Noise Level~45 dB cruise
Charge TimeUnder 20 minutes
Target Fare~$3 / passenger mile
Key PartnersDelta · Toyota · Uber
Certification Status
FAA Stage 4 of 5 — Cleared March 2026. The most advanced regulatory position of any eVTOL manufacturer in U.S. history. Type Certificate targeting late 2026. NYC JFK → Manhattan demonstration flights completed. Dubai commercial agreement signed.
Official Flight Video · Joby Aviation
🇺🇸 Archer Aviation · San Jose, CA
Archer Midnight
12 rotors (6 tilt + 6 fixed) · Lift + Cruise · Piloted
Top Speed150 mph (241 km/h)
Range100 miles (161 km)
PassengersPilot + 4
Weight6,500 lbs (2,948 kg)
Optimal Route20–50 miles per hop
Noise Level~45 dB cruise
Charge Time10 minutes (back-to-back)
Daily FlightsUp to 40 per aircraft
Key PartnersUnited Airlines · Stellantis
Certification Status
FAA Stage 3 complete — Stage 4 in progress. Transition flight completed at 100+ mph. Piloted test flights ongoing. Part 135 Air Carrier Certificate secured. Hawthorne Airport (Los Angeles) acquired. UAE test flights completed. Type Certificate targeting late 2026.
Official Flight Video · Archer Aviation
🇨🇳 EHang Holdings · Guangzhou, China
EHang EH216-S
16 rotors · Multicopter · Fully Autonomous
Top Speed81 mph (130 km/h)
Range22 miles (35 km)
Passengers2 (no pilot — fully autonomous)
Flight TimeUp to 21 minutes
Max Altitude9,843 ft (3,000 m)
OperationFully autonomous · remote OCC
Test Flights30,000+ accumulated
2025 Deliveries221 units
Target MarketsChina · Thailand · Japan · Qatar
Certification Status
CAAC Type Certificate — fully certified. Commercial operations commenced March 2026. The world's first eVTOL to receive national aviation authority type certification (October 2023). First-ever ticketed pilotless human-carrying eVTOL service now live in Guangzhou and Hefei. FAA / EASA certification requires separate process.
Official Flight Video · EHang
🇺🇸 Wisk Aero (Boeing) · Mountain View, CA
Wisk Generation 6
12 rotors · Lift + Cruise · Fully Autonomous
Top Speed138 mph (222 km/h)
Range90 miles (145 km)
Passengers4 (no pilot — fully autonomous)
Wingspan50 ft (15.2 m)
Service Altitude2,500–4,000 ft
OperationFully autonomous · remote supervisor
Charge Time15 minutes (DC fast)
Program Flights1,750+ across 6 generations
BackingBoeing
Certification Status
FAA Stage 3 in progress — commercial launch targeted 2030. Gen 6 maiden flight December 2025. Second aircraft flying May 4, 2026 — doubling certification data collection rate. FAA eIPP partner (Texas DOT). First-ever autonomous passenger eVTOL FAA certification candidate. New standards being developed in collaboration with FAA and NASA.
Official Flight Video · Wisk Aero
Section 02

Head-to-Head
Comparison.

Performance, capability, and commercial readiness — measured against each other in a single view.

Metric Joby S4 Archer Midnight EHang EH216-S Wisk Gen 6
Top Speed 200 mph 🏆 150 mph 81 mph 138 mph
Range 150 miles 🏆 100 miles 22 miles 90 miles
Passengers Pilot + 4 Pilot + 4 2 (autonomous) 4 (autonomous) 🏆
Autonomous Flight No — pilot required No — pilot required Yes — fully autonomous Yes — fully autonomous 🏆
Charge Time Under 20 min 10 min 🏆 Not disclosed 15 min
Certification Authority FAA (USA) FAA (USA) CAAC (China) FAA (USA)
Certification Stage Stage 4 of 5 ✅ 🏆 Stage 3–4 Fully certified ✅ 🏆 Stage 3
Commercial Operations Late 2026 (target) Late 2026 (target) ✅ Live since Mar 2026 🏆 2030 (target)
Target Fare ~$3 / mile ~$4–5 / mile ~RMB 299 / 15 min ~$3 / mile
Strategic Partners Delta · Toyota · Uber United · Stellantis China tourism operators Boeing · TxDOT
Long-Term Cost Edge Moderate Moderate High (no pilot cost) Highest 🏆 (autonomous + Boeing scale)
Editorial Assessment
  • Joby S4 leads on every performance metric — speed, range, and regulatory progress in the world's most demanding certification environment. The Delta + Toyota + Uber ecosystem is unmatched. For premium urban air mobility, this is the benchmark.
  • Archer Midnight is built for operational throughput: 10-minute charge, 40 flights per day per aircraft. Where Joby wins on performance, Archer wins on network density. The right aircraft for high-frequency short-hop city networks.
  • EHang EH216-S has already won the race to first commercial revenue. Its performance limitations are real — 22 miles, 21 minutes — but its 30,000+ test flights and active commercial service give it an operational maturity no competitor can claim today.
  • Wisk Generation 6 is the longest game being played. A 2030 commercial target is conservative, but a fully autonomous 4-passenger aircraft eliminates the single largest operating cost in aviation — the pilot. The long-run economics may be the most compelling of any aircraft in this comparison.

"No other eVTOL developer has flown six generations of the same type. That heritage means the control law and structural models engineers are now validating on Gen 6 were seeded by a decade of real-world data — not solely simulation."

DroneXL · May 2026, on Wisk Gen 6
Section 03

Understanding
Certification.

A type certificate is not a formality. It is proof — tested, documented, and witnessed by regulators — that an aircraft can be trusted with human lives. Here is what each stage actually requires.

The FAA Five-Stage Process — USA

eVTOL aircraft do not fit existing aviation categories. The FAA has developed a five-stage type certification process specifically for powered-lift aircraft, requiring applicants to prove their design is airworthy under entirely new standards.

1
Certification Basis — Agree the standards
The FAA and applicant jointly define the airworthiness standards that will govern the certification. For eVTOL, this requires creating new standards from scratch — eVTOL aircraft have no precedent in aviation regulation.
Joby ✓ Archer ✓ Wisk ✓
2
Issue Papers — Define every test requirement
Every system — structure, propulsion, fly-by-wire, noise, cybersecurity, human factors — is assigned specific compliance requirements. FAA reviews and accepts each before testing can begin.
Joby ✓ Archer ✓ Wisk ✓
3
Compliance Plans — Approve the test methodology
Detailed test plans for every structural, mechanical, and electrical system are submitted and approved by the FAA. This is the prerequisite for any for-credit compliance testing to begin. Think of it as the exam syllabus being agreed before anyone sits the exam.
Joby ✓ Archer ✓ Wisk — in progress
4
Conformity & Compliance — Prove the hardware matches the design ← The critical gate
This is where certification becomes hardware. The FAA inspects the actual production aircraft to confirm it precisely matches every dimension, specification, and component described in the certification application. Propulsion reliability and fly-by-wire redundancy are tested under FAA oversight. Joby cleared this stage in March 2026 — the first eVTOL manufacturer to do so in U.S. history.
Joby ✓ — Cleared March 2026 Archer — in progress
5
Type Certificate — Final airworthiness determination
FAA pilots take the controls for Type Inspection Authorization (TIA) flights — the agency's own evaluation of the aircraft in flight. Upon passing, the Type Certificate is issued: formal confirmation that the design meets all applicable airworthiness standards. Only then can commercial passenger operations begin. Joby is targeting this for late 2026.
Joby — targeting late 2026

CAAC Certification — China (EHang)

China's Civil Aviation Administration (CAAC) operates a parallel certification process to the FAA. In October 2023, the CAAC issued a Type Certificate to the EHang EH216-S — the first eVTOL type certificate issued by any national aviation authority in the world, following 31 months of review after accepting EHang's application in January 2021.

The CAAC certification covers operations within China under specific conditions — short-range, low-altitude, autonomous flights in designated zones. CAAC certification does not confer FAA or EASA approval. EHang would need to pursue entirely separate processes to operate commercially in the United States or Europe.

Certification progress — at a glance

Joby S4
FAA · Stage 4 of 5 complete
FAA 5-stage process80%
Remaining: TIA flight testing → Type Certificate → Air Carrier Certificate. Commercial launch target: late 2026.
Archer Midnight
FAA · Stage 3–4 transition
FAA 5-stage process~55%
Remaining: Stage 4 conformity → Stage 5 TIA → Type Certificate. Commercial launch target: late 2026.
EHang EH216-S
CAAC · Fully certified · Operating
CAAC China certification100%
World's first certified eVTOL. Commercial ticketed service live in Guangzhou and Hefei since March 2026. FAA/EASA would require separate process.
Wisk Generation 6
FAA · Stage 3 in progress
FAA 5-stage process~35%
Full autonomy requires entirely new FAA certification standards — being developed in collaboration with FAA and NASA. Commercial launch target: 2030.
Why Certification Matters for Private Aviation Clients
  • A Type Certificate is not a bureaucratic milestone — it is proof that the aircraft has been tested to failure, analyzed to exhaustion, and confirmed safe by the world's most demanding aviation regulator.
  • FAA certification, once achieved, is recognized globally. An FAA-certified eVTOL will face minimal barriers entering markets in Europe, Asia Pacific, and the Gulf — unlike CAAC certification, which applies only within China.
  • The moment Joby receives its Type Certificate, the eVTOL market transitions from a technology story to a transport option. At that point, every private aviation client with a premium commute under 150 miles has a new choice to evaluate.
"The conventional assumption that flying cars are perpetually a decade away may finally be losing its credibility."
Altitudes Magazine · April 2026, on Joby's FAA Stage 4 clearance
Section 04

What Comes
Next.

The question is no longer whether eVTOL will happen. It is which aircraft, which cities, and which partnerships will define the first generation of this market.

Late 2026 — The certification moment

Joby's FAA Type Certificate, if issued on schedule, will be the most consequential event in urban air mobility since the Wright Brothers. It will represent the first time the FAA has certified a new category of aircraft in decades — and it will immediately validate the entire sector for regulators, investors, airlines, and passengers worldwide.

Archer's certification, expected in the same window, would add a second piloted eVTOL to the certified fleet and intensify competition on the most valuable urban routes.

First markets — where eVTOLs will fly

The private aviation intersection

For clients of private aviation, eVTOL represents a genuinely new product category — not a replacement for private jet travel, but a complement to it. The 20–150 mile segment that is currently served by expensive helicopter charters, ground transfers, or short-haul commercial flights becomes the natural domain of the eVTOL.

A Joby flight from JFK to Manhattan at $200–300 per person, available through Delta's booking system at the gate, is a fundamentally different proposition from a $2,500 helicopter charter. At scale, it makes premium point-to-point air transport accessible to a meaningfully broader segment of the premium travel market.

"At JFK to Manhattan in seven minutes, Joby is not competing with taxis. It is competing with helicopters — and winning on every dimension that matters to the premium traveller."

PrivateJets.kr Editorial · May 2026
Key Dates to Watch
  • Late 2026: Joby FAA Type Certificate — the potential first commercial eVTOL certification in U.S. history. Archer certification decision in same window.
  • 2026 Q3–Q4: Wisk Gen 6 transition flight testing — the critical hover-to-forward-flight milestone for the autonomous aircraft program.
  • 2026 ongoing: EHang commercial fleet expansion in China, and first overseas commercial licence decision (Thailand expected Q2–Q3 2026).
  • 2027: Joby commercial service in New York and Los Angeles, supported by Delta vertiports at JFK and LAX.
  • 2028: Eve Air Mobility (Embraer) commercial certification target — a fifth major eVTOL program that will further intensify market competition.
  • 2030: Wisk autonomous commercial service target — and the beginning of the true post-pilot era in urban air mobility.