10th July 2026
Flying taxis are no longer science fiction, but they are not about to become commonplace, particularly in rural Britain. The interesting point for the Highlands is that, contrary to the popular image of flying over London traffic, rural areas may actually prove to be one of the best early markets.
Around the world, several companies have already built full-size aircraft that fly using electric motors and can take off vertically like a helicopter before transitioning to forward flight like an aeroplane.
Among the leaders are:
Joby Aviation (USA)
Archer Aviation (USA)
Vertical Aerospace (United Kingdom)
EHang (China)
China has moved particularly quickly. EHang has already received certification for some passenger-carrying autonomous aircraft within China, giving it an early lead in commercial deployment. Other countries are still completing the lengthy certification process.
What about the UK?
The UK is making steady progress.
Only two weeks ago, the UK Civil Aviation Authority published its roadmap for commercial eVTOL operations. The regulator's ambition is to have the legal and safety framework in place to allow initial commercial passenger flights by the end of 2028.
That does not mean thousands of flying taxis will suddenly appear in 2028.
Instead, expect:
limited demonstration routes
carefully selected operators
specially approved landing sites ("vertiports")
relatively small passenger numbers initially
Safety certification is by far the biggest hurdle.
Why cities may not be the best market
Hollywood imagines flying taxis replacing city taxis.
The economics are less convincing.
A typical first-generation eVTOL:
carries only 4–6 passengers
has a range of roughly 100–250 km depending on design
requires expensive batteries
needs charging infrastructure
still needs trained pilots (at least initially)
For a five-minute journey across central London, the fare is likely to be much higher than an ordinary taxi.
Many analysts now believe that the first profitable services will be premium airport transfers rather than replacing everyday urban transport.
Why the Highlands could benefit more
This is where the story becomes much more interesting for Scotland.
The Highlands already face transport challenges:
scattered communities
long road journeys
islands
mountain terrain
weather disruption
An eVTOL aircraft avoids many of those problems.
Imagine journeys such as:
Inverness to Wick
Inverness to Portree
Fort William to Stornoway
Ullapool to remote islands
medical transfers
engineering crews serving offshore wind farms
carrying urgent medical supplies
delivering high-value seafood to airports
Many of these routes are difficult by road but well within the range expected from future eVTOL aircraft.
Hitrans has already looked at this
One interesting development is that the Highlands and Islands transport partnership, Hitrans, has already examined the potential.
Its recent report concludes that eVTOL aircraft are still in the trial stage and are not an immediate priority, but says they could eventually play a role if they prove safe, affordable and practical. The report identifies the remaining barriers as certification, airspace rules, landing infrastructure and pilot approval.
That shows local transport planners are already thinking about the technology.
Agriculture could also benefit
Another promising rural use is farming.
Future eVTOL aircraft could:
move veterinary teams quickly
transport fresh shellfish or salmon to airports
deliver urgent spare parts
inspect remote infrastructure
support forestry operations
These are jobs where saving an hour can have real economic value.
Tourism could change too
Imagine staying in a Highland hotel and being able to book:
a flight to John O'Groats
a tour of the North Coast 500
transport to golf courses
wildlife safaris
whisky distillery tours
Because eVTOL aircraft are designed to be much quieter than helicopters, they may prove acceptable in places where conventional helicopters would not.
What still has to be solved?
Several significant obstacles remain.
Battery technology
Today's batteries still limit range and payload.
Certification
Aircraft safety standards are among the toughest in the world.
Infrastructure
Hundreds of charging points and landing sites would need to be built.
Weather
The Highlands present a particular challenge.
Strong winds, icing and poor visibility may restrict operations more often than in southern England.
Cost
Early services are likely to be expensive.
Prices should fall over time as production increases.
When could we realistically see them?
A reasonable timeline might be:
2026–2028: Continued testing and certification.
Around 2028: Small-scale commercial services begin on selected routes in countries including the UK, subject to regulatory approval.
Early 2030s: Expansion to airport links, business travel and specialist rural services.
Mid to late 2030s: If costs fall sufficiently, wider use in remote regions such as the Highlands and Islands.
A Realistic View
Ironically, flying taxis may prove more useful in Caithness and the Highlands than in London.
Cities already have buses, trains, Underground networks and taxis. The Highlands often have none of these.
Where a journey involves 80 miles of winding roads but only 35 miles through the air, eVTOL aircraft could genuinely transform connectivity—particularly for medical transport, island communities, business travel and high-value freight.
That doesn't mean every village will have a "sky taxi rank" by 2030. But over the next 10 to 20 years, seeing small electric aircraft linking Inverness with remote Highland destinations is no longer a fantasy. It is becoming a realistic possibility, provided the technology, economics and regulation all mature together.
More about the Companies In the Lead
Joby Aviation
Joby Aviation is a U.S.-based aerospace company developing electric vertical takeoff and landing (eVTOL) aircraft for passenger air taxi services. Founded in 2009 and headquartered in Santa Cruz, California, it is widely regarded as one of the leading companies in the emerging advanced air mobility industry, combining aircraft development with plans to operate its own transportation network.
What the company does
Joby's flagship aircraft is an all-electric, piloted air taxi designed to take off and land vertically like a helicopter while cruising efficiently like an airplane. The aircraft seats one pilot and four passengers, is designed to fly at speeds of around 200 mph (320 km/h), and aims to produce significantly less noise than conventional helicopters while generating zero operating emissions during flight. The company's long-term vision is a door-to-door transportation service integrated with ground transportation.
Technology and business strategy
A distinguishing feature of Joby is its vertically integrated approach. Rather than focusing solely on aircraft manufacturing, the company develops much of its own technology—including electric propulsion systems, software, and manufacturing processes—and intends to operate commercial air taxi services itself.
Beyond civilian transportation, Joby has expanded into defense and longer-range aircraft research. In 2026 it reported successful testing of a hybrid turbine-electric VTOL intended to increase range and payload for military and specialized missions.
Certification and commercial progress
Commercial passenger service depends on obtaining full FAA type certification, one of the industry's biggest technical and regulatory hurdles. Joby has spent years working through the certification process and, in 2026, began flight testing its first FAA-conforming production aircraft—a major milestone toward commercial approval. The company is also participating in U.S. government pilot programs for integrating eVTOL aircraft into the national airspace.
Partnerships and market position
Joby has built partnerships intended to support commercial deployment, including collaborations with Uber for customer integration and other transportation partners. It has also expanded its market presence through acquisitions, including the purchase of Blade Air Mobility's passenger business, giving it access to established airport transfer operations and customers. Industry observers generally view Joby as one of the most advanced competitors alongside other major eVTOL developers, though the sector remains pre-scale and dependent on regulatory approvals and production ramp-up.
Archer Aviation
Archer Aviation
Archer Aviation is a U.S. aerospace company focused on developing electric vertical takeoff and landing (eVTOL) aircraft for urban air mobility. Its flagship aircraft, Midnight, is designed to function as an electric air taxi that can take off like a helicopter and fly like an airplane. Archer has become one of the most prominent companies in the emerging air-taxi industry through major airline, manufacturing, and government partnerships.
Core Product
Midnight is Archer's piloted, all-electric eVTOL aircraft intended for short urban and airport-transfer routes. The aircraft is designed to carry a pilot and multiple passengers while operating from compact vertiports rather than traditional airports. Archer's vision centers on reducing ground travel times in congested metropolitan areas.
Key Partnerships
Archer has built a network of high-profile partners to accelerate commercialization. Notable collaborations include:
These relationships support aircraft manufacturing, software development, infrastructure planning, and future passenger operations. United Airlines has been particularly visible in plans for airport-connection services in major U.S. cities.
Commercialization Strategy
Rather than selling aircraft alone, Archer aims to operate or support complete air-taxi networks. The company has outlined concepts for connecting dense urban centers with nearby airports, including proposed routes around New York City where flights could reduce travel times from roughly one to two hours by road to about 5–15 minutes by air.
Certification and Current Status
The company's success depends heavily on regulatory approval from the U.S. Federal Aviation Administration (FAA). Archer has reported significant progress through the FAA certification process and has been preparing for early commercial operations and pilot programs in the United States and abroad. The company is also participating in government-supported initiatives intended to help integrate eVTOL aircraft into the national transportation system.
Why It Matters
Archer is one of the leading contenders in the race to create a viable electric air-taxi industry. If its aircraft achieve certification and commercial scale, the company could help establish a new transportation category that sits between helicopters and traditional ground transit. At the same time, certification timelines, infrastructure development, and operating economics remain the industry's biggest challenges.
Vertical Aerospace
Vertical Aerospace
Vertical Aerospace is a British aerospace company developing electric vertical take-off and landing (eVTOL) aircraft for urban and regional air mobility. Founded in 2016 and headquartered in Bristol, England, the company is one of Europe's most prominent entrants in the race to commercialize electric air taxis, with its VX4 program and the newer production-oriented Valo aircraft concept at the center of its strategy.
Aircraft Program
The company's flagship aircraft is the VX4, a piloted eVTOL designed to carry four passengers plus a pilot. Vertical targets a cruise speed of about 150 mph and a range of up to 100 miles while producing zero operating emissions and significantly less noise than conventional helicopters. The VX4 serves as the primary test and certification platform for technologies that will feed into the commercial aircraft program.
Development Progress
Vertical has advanced through multiple prototype generations and flight-testing milestones. The company completed piloted hover testing, expanded its flight-test fleet, and in 2026 achieved a piloted transition flight between vertical-lift and wing-borne flight modes—a key technical milestone for tilt-rotor eVTOL aircraft. It has also conducted public demonstration flights between airports with full-scale prototypes.
Partnerships and Certification
A major part of Vertical's strategy is collaboration with established aerospace suppliers. The company has worked with organizations including Leonardo on composite fuselage development and Honeywell Aerospace on flight-control and aircraft-management systems. Certification efforts are being conducted with the UK Civil Aviation Authority, with the company targeting commercial certification later in the decade.
Valo and Commercial Vision
In late 2025, Vertical unveiled Valo, the commercial aircraft brand intended to succeed the VX4 prototype program. Valo is designed around airport shuttles and short regional routes, with example journeys such as Canary Wharf to Heathrow projected to take about 12 minutes. The company envisions a network of electric aircraft operating from dedicated vertiports and serving cities, airports, and regional destinations.
Industry Position
Vertical Aerospace competes with other eVTOL developers such as Joby Aviation, Archer Aviation, and Beta Technologies. The company has reported substantial pre-orders and partnerships with airlines and operators, but like many eVTOL startups it faces challenges related to certification, manufacturing scale-up, and financing before commercial service begins.
EHang
EHang is a Chinese company focused on developing autonomous electric vertical takeoff and landing (eVTOL) aircraft for passenger transportation, logistics, and aerial services. It is widely recognized as one of the earliest companies to pursue pilotless passenger air mobility and has become a prominent participant in the emerging urban air mobility industry.
Flagship Aircraft
Passenger eVTOL
Long Range
Cargo Drone
Technology and Approach
EHang's core focus is fully autonomous flight rather than aircraft requiring an onboard pilot. Its systems combine electric propulsion, automated flight control, fleet management software, and remote operational oversight to support passenger transport, sightseeing, emergency response, and cargo delivery. The company emphasizes centralized operations where multiple aircraft can be monitored and coordinated simultaneously.
Industry Position
EHang has been among the first eVTOL manufacturers to conduct extensive public demonstration flights and commercial pilot programs. Its aircraft have been showcased in applications including urban tourism, medical transport, inspection, and emergency services, helping shape discussions around how autonomous aircraft could integrate into future transportation networks.
Business and Global Presence
Headquartered in Guangzhou, EHang develops aircraft, software, and operational systems while collaborating with aviation authorities, municipalities, and commercial partners. The company is publicly traded on the NASDAQ: EH, and its long-term strategy centers on expanding certified autonomous air mobility services in China while pursuing opportunities in international markets.
Challenges and Outlook
Like the broader eVTOL sector, EHang operates in an industry where success depends on aviation certification, airspace integration, public acceptance, and scalable manufacturing. Progress in these areas will influence how quickly autonomous passenger aircraft transition from limited commercial operations to broader everyday use.