There’s a promotional video that Joby Aviation put out a couple of years ago. You’ve probably seen something like it. Clear blue sky, a sleek white aircraft rising silently from a rooftop, executive in a suit looking vaguely pleased with himself, the words “reimagining urban mobility” at the end.
I watched it while sitting in a traffic jam on the way to the airport. Took me an hour and forty minutes for a journey that should’ve been thirty-five. And I remember thinking two things simultaneously: first, I want that right now, and second, this is absolutely not happening anytime soon.
Both of those things turned out to be mostly true, and the gap between them is basically the entire story of flying cars in 2026.
So let’s talk about what’s actually real, what’s still wishful thinking, and how to read the difference — because the hype machine around this industry is genuinely impressive and the careful reality is genuinely interesting, and most coverage manages to mix them up badly in both directions.
First, the Language Problem
“Flying car” is a terrible term that everyone uses anyway, so I’ll use it too, but it’s worth knowing that the industry mostly calls these things eVTOLs — electric vertical takeoff and landing aircraft. The distinction matters because most of what’s being developed isn’t a car that also flies. It’s closer to a small electric helicopter, quieter and simpler in design, designed to carry two to four passengers on short urban routes. You don’t drive it to the vertiport. You book it on an app and get in.
A handful of companies — most notably Alef Aeronautics in California — are building something that actually qualifies as a road-legal car that flies. That’s a far harder engineering problem than it sounds and involves compromises in both domains: not as good a car as a car, not as good an aircraft as an aircraft. Interesting concept. I’ll come back to it.
But the main event, the thing most of the billions of dollars are chasing, is the air taxi. Short hops. Urban or near-urban routes. Priced somewhere between a regular taxi and a private helicopter charter. Available via app. That’s the product. Whether it works is what we’re here to discuss.
Where Things Actually Stand Right Now
As of mid-2026, exactly two companies in the entire world hold what you’d call a full commercial certificate for passenger eVTOL operations. Both of them are Chinese.
EHang — listed on NASDAQ, somewhat improbably — has been flying paying passengers in China for tourist and short-hop applications. Their EH216-S is fully autonomous. No pilot. You get in, it flies you somewhere, you get out. AutoFlight, the second certified operator, handles cargo. Those are the only two companies in the world with the full stack of type certificate, production certificate, and operating certificate that makes commercial flights legal.
That’s it. That’s the complete list of operational commercial eVTOL services on earth right now.
In the US, the picture is more complicated. Joby Aviation is widely seen as the front-runner — they have a production-ready aircraft, a partnership with Delta Air Lines, and are in the final stages of FAA type certification. Their S4 aircraft is fast, quiet, and has a range of over 100 miles. On March 11, 2026, Joby flew its first FAA-conforming Type Inspection Authorization aircraft — which is a mouthful that essentially means the aircraft being tested is now built to the same specs as the production version, not a prototype. That’s a significant milestone. It’s also not the same as having a certificate to carry passengers commercially.
FAA type certification is not expected before mid-2027.
Archer’s “Midnight” aircraft is in flight testing. Their design focuses on back-to-back 20-mile trips, targeting high-volume urban routes like airport transfers, and they’re backed by United Airlines and Stellantis. BETA Technologies is taking a slightly different approach — their ALIA aircraft is designed for both VTOL and conventional runway operations, and they’ve been flying cargo for UPS, which is a real commercial operation even if it’s not passengers in urban air taxis.
Wisk, a Boeing subsidiary, is taking a different approach entirely by focusing on fully autonomous flight from day one. No pilot. The regulatory path for that in the US is unclear enough that most analysts don’t expect it before the early 2030s at the absolute earliest.
The Graveyard Is Already Getting Crowded
Here’s the part the promotional videos don’t mention.
Lilium, the German eVTOL developer, went public through a SPAC merger in 2021, burned through hundreds of millions in capital, and filed for bankruptcy in late 2024 — before its aircraft ever reached certification. The technology was real. The timeline wasn’t. Then Lilium filed for bankruptcy again in February 2025. Lilium is now being scrapped at Oberpfaffenhofen. Volocopter was rescued by a Chinese investor and pivoted to ultralights. Supernal — Hyundai’s eVTOL venture — paused work after its CEO and CTO both departed in September 2025.
The accumulated deficits across the major players are staggering: Joby at $2.66 billion, Archer at $1.8 billion, Vertical Aerospace at $1.5 billion. Lilium burned through $1.5 billion before the lights went out.
That’s not necessarily evidence the whole thing is a fraud. Early aviation was littered with failed companies and bankrupt pioneers. The Wright Brothers’ contemporaries mostly went broke. But it does tell you something about the gap between “aircraft that can fly” and “commercially viable business,” and about how difficult it is to predict when a technology crosses from demonstration to deployment.
The pattern is fairly consistent: ambitious timeline announced, investors pile in, certification takes longer than expected, cash runs out. The companies without major corporate anchors — Boeing backing Wisk, Embraer behind Eve, major airlines behind Joby and Archer — have either failed, been absorbed, or are surviving on emergency capital structures. The survivors are almost uniformly the ones with patient, deep-pocketed corporate parents.
The Regulatory Reality Nobody Wants to Talk About
Certification is the thing that keeps slipping. And it keeps slipping because aviation certification is genuinely hard, slow, and designed to be that way.
The FAA does not move fast. It is not supposed to move fast. Its job is to be the organisation that prevents commercial aircraft from killing people, and it is good at that job precisely because it resists pressure to approve things before the data justifies it. The eVTOL companies are trying to certify an entirely new category of aircraft, with new propulsion systems, new redundancy architectures, and new operational concepts. That doesn’t get a shortcut because investors are impatient.
The FAA’s eVTOL Integration Pilot Program selected eight projects across 26 states in March 2026, with first operations expected by summer. What that actually means: pre-certified aircraft flying in controlled conditions with FAA oversight to generate operational data. It’s not a commercial service. It’s a test programme. Important and necessary, but a long way from booking a flight on an app.
The FAA’s Innovate28 initiative targets scaled operations by 2028. “Scaled operations” in this context means some commercial air taxi service operating in select US cities, not flying cars as a mainstream urban transport option. 2028 is optimistic even for that limited version.
Dubai is the interesting wildcard. The UAE has mapped corridors, named an operator (Joby), announced a public opening date, and is a city that can build infrastructure fast. If Joby’s Dubai launch happens in 2026 as targeted, it’ll be the first commercial eVTOL service in the Western-built world. That would matter symbolically and operationally. It would also be a carefully controlled premium service in one specific city, not generalised urban air mobility.
What It Would Actually Cost You to Ride One
Let’s say Joby launches commercially in 2026 or 2027. What does it look like?
Initial operations will be staffed by licensed pilots. All flights will be operated by commercially licensed pilots at first, with full autonomy still a decade away from regulatory approval for passenger flights. The aircraft carries four passengers plus pilot. Joby has talked about a target price of $3 per mile for eventual mass-market operations, but early commercial pricing will be much higher — more like helicopter charter territory, probably $100–$200 for a short urban hop.
They will initially serve as a premium transit option, relieving congestion on specific high-traffic routes like airport-to-downtown. Which means: if you’re a business traveller, maybe. If you’re a regular commuter hoping to replace your traffic-jam morning, probably not for quite a while.
The vertiport infrastructure problem is real and underappreciated. You need places for these aircraft to land and take off from, close to where people actually want to go. Building vertiports in dense urban environments involves planning permission, noise complaints, airspace coordination, and capital investment that hasn’t materialised at anything like the scale needed for a functioning network.
The Actual Flying Car Problem — Alef and Friends
The Alef Model A gets its own section because it’s genuinely trying to solve a different problem from the air taxi companies.
It’s road legal in the US. Alef has an FAA Special Airworthiness Certificate and started deliveries to select buyers in late 2025. The car drives on roads, parks in spaces, and can take off vertically for up to 110 miles of flight range. Priced at around $300,000.
I’ve watched the demo videos obsessively and have two honest observations. First: it actually flies, which is more than can be said for most things in this space. Second: the compromises are very visible. It’s not a great car — the cabin is cramped, the weight constraints that make vertical flight possible mean limited payload — and it’s not a great aircraft either. A dedicated eVTOL like Joby’s S4 has better range, more capacity, and almost certainly better safety redundancy. The Alef is trying to be both things and ends up being neither at full capability.
That might not matter. The appeal of a flying car isn’t really about optimised performance in each domain. It’s about having one vehicle that can do both without requiring a vertiport network or a hired pilot. You own it, you drive it, and on a clear day outside the city, you fly it. That’s a different product from Joby’s air taxi, aimed at a different kind of buyer, and its market probably exists even if it’s never more than a niche one.
What the Hype Gets Wrong — and What It Gets Right
The hype machine gets a few things consistently wrong.
The timelines, obviously. “Commercial operations by 2024” became “commercial operations by 2025” became “commercial operations by 2026” became “select markets by 2027.” This is not a secret — anyone paying attention has watched the goalposts move for years. The technology is progressing, but the distance between “it flies” and “it’s certified and operating commercially at scale” is vast, and the companies have been systematically optimistic about how long it takes.
The scope is also wrong. When people imagine flying cars changing their commute, they’re imagining a widespread, affordable, accessible system. What’s actually coming in the near term is a narrow premium service on specific well-trafficked routes, priced for business travellers and tourists. That’s worth building. It’s not the transformative urban mobility story that gets written about every six months.
The safety framing is more nuanced than the hype suggests. These aircraft genuinely are being designed with redundancy that helicopters don’t have — multiple independent rotors mean a single failure doesn’t bring the aircraft down. The electric propulsion eliminates the catastrophic engine failure mode that makes helicopters dangerous. That’s real. Whether the public’s perception of safety matches the actual risk profile is a different question, and it matters because public trust will partly determine how quickly these services can scale.
What the hype gets right is that the technology is real and improving. Joby’s S4 is genuinely quiet — reportedly 100 times quieter than a helicopter. Its tilt-rotor design gives range and efficiency advantages over simpler multicopter competitors. BETA Technologies has already demonstrated real cargo operations. EHang is flying paying passengers. These aren’t renders. They’re aircraft.
The question isn’t whether eVTOLs will exist commercially. They already do, in limited form. The question is how long it takes to go from “limited premium service in a few cities” to something that touches ordinary people’s lives in a meaningful way — and the honest answer is probably the late 2030s for anything approaching scale.
How to Think About This if You’re Actually Interested
If you’re following this space for investment reasons, the key distinction to watch is which companies have deep corporate backing, because those are the ones that can survive the timeline slippage. Joby with Delta and Toyota, Archer with United and Stellantis, Wisk with Boeing, BETA with strong airline and cargo customers — these have the patient capital that companies like Lilium didn’t. The pure-play startups without those anchors are substantially higher risk.
If you’re a city planner, infrastructure developer, or anyone thinking about where this lands, the vertiport problem is where real work needs to happen now. The aircraft will eventually get certified. The places to land them need to be built in advance. That’s where the genuine opportunity and genuine bottleneck intersects.
If you’re just a regular person who wants to know when you might actually use one of these things: for a premium airport transfer in a major city, possibly 2027–2028. For anything resembling a commuting option, realistically the mid-2030s. For it to feel as normal as calling an Uber, probably longer than that.
The traffic jam isn’t going away this year. But the aircraft rising from the rooftop in that promotional video? It’s real. It flies. It’s coming. Just not as fast as anyone promises, and not as cheap as anyone hopes, and not starting with your morning commute.
Specs and company status accurate as of May 2026. eVTOL certification timelines are projections and subject to change. Investment in aviation startups carries significant risk; consult a qualified financial advisor before making investment decisions.