The Jetsons may have come out in the 1960s, but in 2024, we are finally close to quickly traveling by air via electric vertical takeoff and landing (eVTOL) aircraft. A recent market report from the Global Advanced/Urban Air Mobility Market Map team of AAM analysts has shared that companies around the world are gearing up for this transition into small sustainable mobility, laying plans to erect over 1,000 vertiports to support growing eVTOL networks that are inching closer to commercial operations.
While we’re still likely a couple of years from bonafide eVTOL air travel, the nascent clean mobility segment is growing and doing so quickly. eVTOLs, in general, have become a growing topic of interest across the EV industry. If you frequent Electrek, you’ve probably noticed that the coverage of the technology has increased tenfold in the past few years.
Every week, we are informed of a new aerial startup developing all-electric mobility technology. We have also covered several “veterans” in the young industry, reaching scaled production, completing manned test flights, and establishing partnerships all over the globe to implement the necessary eVTOL vertiports and charging infrastructure to enable full-fledged commercial flights.
Some of those companies include Archer Aviation, Lilium, and Joby Aviation, to name a few. The eVTOL industry is beginning to snowball, and a team of industry experts and consultants based around the world has compiled a new market map that supports that argument.
According to the report outlined below, a forecast of the global market map confirms at least 1,044 eVTOL vertiports in development that could be operational by 2028.
Source: Global Advanced/Urban Air Mobility Market Map team of AAM analysts
Report: eVTOL vertiports will continue to pop up worldwide
The full report, viewable here, was recently posted by the Global Advanced/Urban Air Mobility Market Map under Unmanned Publications Limited. The report includes both bottom-up site identification and top-down AAM development plans, including government publication of AAM regulations and certification standards, to provide accurate insight into the near-term global vertical port market.
According to the report, 1,044 vertiports are currently being planned for development between 2024 and 2028 worldwide. Still, several eVTOL operators remain implicit in their network launch plans and will significantly affect such aerial hubs coming to fruition. The report’s author, Philip Butterworth-Hayes, elaborated:
However, it is likely that eVTOL programme failures and regulatory delays will trim this total figure to a more likely total of 623. This is still a huge figure, given that this year it is likely that just 24 vertiports will be completed globally.
According to the forecast, only 366 of the 1,044 planned eVTOL vertiports have been contracted to named suppliers, costing an estimated $1.09 billion to build and equip them with the necessary AAM-focused technology, including chargers.
We recommend checking out the full eVTOL vertiport report as it offers an exciting insight into a young but fast-moving new air mobility segment, including a global market directory of each program that identifies each of the respective partners involved in each project.
The report also features a comprehensive country-by-country guide to AAM regulatory and market development approaches taken by national and regional governments, along with each region’s plans to advance eVTOL-based services.
We’ve seen regions like the United Arab Emirates, China, and Korea put funding and research into commercial eVTOL operations, such as air taxi networks. Still, the US has several startups looking to establish their services in North America in congested coastal cities like Los Angeles and Miami.
What do you think? Will we be able to take an eVTOL air taxi ride to the airport or the other side of town by 2028? Or will it take more time to get this nascent industry regulated to the point that people feel safe enough to test it out?
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Today was the official start of racing at the Electrek Formula Sun Grand Prix 2025! There was a tremendous energy (and heat) on the ground at NCM Motorsports Park as nearly a dozen teams took to the track. Currently, as of writing, Stanford is ranked #1 in the SOV (Single-Occupant Vehicle) class with 68 registered laps. However, the fastest lap so far belongs to UC Berkeley, which clocked a 4:45 on the 3.15-mile track. That’s an average speed of just under 40 mph on nothing but solar energy. Not bad!
In the MOV (Multi-Occupant Vehicle) class, Polytechnique Montréal is narrowly ahead of Appalachian State by just 4 laps. At last year’s formula sun race, Polytechnique Montréal took first place overall in this class, and the team hopes to repeat that success. It’s still too early for prediction though, and anything can happen between now and the final day of racing on Saturday.
Congrats to the teams that made it on track today. We look forward to seeing even more out there tomorrow. In the meantime, here are some shots from today via the event’s wonderful photographer Cora Kennedy.
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The numbers are in and they are all bad for Tesla fans – the company sold just 5,000 Cybertruck models in Q4 of 2025, and built some 30% more “other” vehicles than it delivered. It just gets worse and worse, on today’s tension-building episode of Quick Charge!
We’ve also got day 1 coverage of the 2025 Electrek Formula Sun Grand Prix, reports that the Tesla Optimus program is in chaos after its chief engineer jumps ship, and a look ahead at the fresh new Hyundai IONIQ 2 set to bow early next year, thanks to some battery specs from the Kia EV2.
New episodes of Quick Charge are recorded, usually, Monday through Thursday (and sometimes Sunday). We’ll be posting bonus audio content from time to time as well, so be sure to follow and subscribe so you don’t miss a minute of Electrek’s high-voltage daily news.
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Tesla has launched its new Oasis Supercharger, the long-promised EV charging station of the future, with a solar farm and off-grid batteries.
Early in the deployment of the Supercharger network, Tesla promised to add solar arrays and batteries to the Supercharger stations, and CEO Elon Musk even said that most stations would be able to operate off-grid.
While Tesla did add solar and batteries to a few stations, the vast majority of them don’t have their own power system or have only minimal solar canopies.
Back in 2016, I asked Musk about this, and he said that it would now happen as Tesla had the “pieces now in place” with Supercharger V3, Powerpack V2, and SolarCity:
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All of these pieces have been in place for years, and Tesla has now discontinued the Powerpack in favor of the Megapack. The Supercharger network is also transitioning to V4 stations.
Yet, solar and battery deployment haven’t accelerated much in the decade since Musk made that comment, but it is finally happening.
Tesla has now unveiled the project and turned on most of the Supercharger stalls:
The project consists of 168 chargers, with half of them currently operational, making it one of the largest Supercharger stations in the world. However, that’s not even the most notable aspect of it.
The station is equipped with 11 MW of ground-mounted solar panels and canopies, spanning 30 acres of land, and 10 Tesla Megapacks with a total energy storage capacity of 39 MWh.
It can be operated off-grid, which is the case right now, according to Tesla.
With off-grid operations, Tesla was about to bring 84 stalls online just in time for the Fourth of July travel weekend. The rest of the stalls and a lounge are going to open later this year.
Electrek’s Take
This is awesome. A bit late, but awesome. This is what charging stations should be like: fully powered by renewable energy.
Unfortunately, it will be much harder to open those stations in the future due to legislation that Trump and the Republican Party have just passed, which removes incentives for solar and energy storage, adds taxes on them, and removes incentives to build batteries – all things that have helped Tesla considerably over the last few years.
The US is likely going to have a few tough years for EV adoption and renewable energy deployment.
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