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Public demonstration in Tokyo integrates real flight, digital boarding, and compact infrastructure to evaluate how air taxis can function in the daily life of large cities with space limitations and rigorous operational requirements.
In February 2026, Tokyo took to the streets for a public demonstration that brought together real eVTOL flight, passenger terminal simulation, and digital boarding tests, in an initiative designed to assess how this type of service can operate in an integrated manner within the urban environment.
Conducted by SkyDrive in partnership with the Tokyo Metropolitan Government, Mitsubishi Estate, and Kanematsu, the operation took place at Tokyo Big Sight from February 24 to 28 and was open to the public as a showcase of a practical stage of air mobility.
More than just displaying a futuristic-looking vehicle, the program was structured to measure the complete operation of a potential air taxi in a dense metropolis, where physical space, passenger flow, and safety are as important as the aircraft’s performance.
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It measures 205 meters, has 7,700 m³ of fuel, and a deck for 2 Chinook helicopters: the HNLMS Karel Doorman is the largest ship in the Dutch Navy, serving as a logistical base at sea and providing operations and humanitarian aid beyond borders.
According to SkyDrive, the goal was to test the operational sequence from ground preparation to takeoff, cruising, landing, and return to the hangar, in a feasibility study presented by the company as the first of its kind conducted in Japan.
Features of the flying car SD-05 and flight performance
In the demonstration, the aircraft used was the SKYDRIVE SD-05, an electric vertical takeoff and landing model equipped with 12 motors and 12 rotors, designed to carry three people, consisting of one pilot and two passengers, with a maximum cruising speed of 100 km/h.
According to the latest specifications released by the manufacturer, the reported range varies from 15 to 40 kilometers, while the larger range is linked to advancements in battery technology and expected adjustments in the operational configuration of the equipment.
In the flights conducted in Tokyo, however, the device operated without a pilot on board, under a combination of automated control and remote piloting, a strategy adopted for the public demonstration and also for the safety protocols defined by the event organizers.
In one of the technical records released by the company, the flight lasted about 3.5 minutes, covered 150 meters, and reached a maximum altitude of 13 meters, on a route that started within the grounds of Tokyo Big Sight and was then directed towards the sea.
Besides the visual appeal, this operational design helps explain why the test attracted attention beyond the aviation sector and began to be observed as a concrete exercise in integrating technology, compact infrastructure, and urban circulation in a sensitive area of the Japanese capital.
Positioned near busy air corridors, including the approaches to Haneda Airport, the route allowed the company to observe the equipment’s operation in a real urban context, with typical restrictions of a large capital and pressured airspace.
At the same time, SkyDrive itself highlighted that the proximity to these routes served to verify the low acoustic emission of the model in public flight conditions, a point considered relevant for any attempt to integrate the service into the city’s routine.
Facial recognition and boarding experience at urban vertiports
Instead of limiting the initiative to the aerial stage, the organizers set up a structure to reproduce the boarding experience and measure the efficiency of service before the flight, an aspect treated as decisive for the commercial viability of short routes within the metropolis.
During the simulation, volunteers went through facial recognition check-in, security inspection, operational video, and gate access control, while the terminal received visitors interested in following the enactment of the service and observing the proposed dynamics for boarding.
With a total area of about 54 square meters, the mobile installation was designed to concentrate functions normally dispersed in a conventional airport, but now adapted to a compact infrastructure intended for smaller spaces and simpler integration into the urban fabric.
This space brought together an exhibition area, observation deck, waiting lounge, and an operations room focused on monitoring flights, parking availability, charging availability, and the conditions of the airspace around the operation.
Far from being a secondary detail, this focus on the ground appears as one of the foundations of the project, as the efficiency promised by an air taxi depends on both passenger flow and the time effectively spent in the air.
In studies conducted since 2022 by Mitsubishi Estate and Kanematsu, one of the central points was already the finding that time savings depend not only on air travel but also on the speed of access to the vertiport, passenger processing, and the organization of departures.
Therefore, SkyDrive states that the data collected with public participation will be used to precisely adjust this operational layer, still little visible to those who only observe the aircraft, but treated as a central piece for any viable business model.
Compact vertiports expand operational possibilities in the city
Another argument explored by the company was the ability of the SD-05 to operate in smaller areas than those required by fixed-wing eVTOL projects, a feature seen as relevant for cities where available space is limited and infrastructure adaptation requires more compact solutions.
According to SkyDrive, Tokyo has about 70 heliports on rooftops, and most of these structures have dimensions between 15 by 15 meters and 20 by 20 meters, a range considered compatible with the operational proposal of the model presented to the public.
During the series of presentations, the aircraft took off from a temporary vertiport of 20 by 20 meters, a fact used by the company to support that a compact multicopter increases the number of potentially usable points within the urban grid and in areas with physical restrictions.
In the company’s view, this configuration can bring the service closer to a more door-to-door logic, especially in neighborhoods where it would be unfeasible to deploy larger structures on rooftops, parking lots, or areas near stations and transportation hubs.
When the flying car is expected to start commercial operations
Despite the technical advancement and public exposure of the project, official sources did not treat the demonstration as a sign of immediate large-scale operation, but as part of a broader process of validation and regulatory preparation.
SkyDrive continues to work towards obtaining the necessary certification for the commercial use of the SD-05 and has associated the start of services from 2028 in regional projects in Japan, within a timeline still conditioned to technical and regulatory progress.
In parallel, the Tokyo Metropolitan Government positions its strategy with the goal of enabling urban operations by 2030, within a phased program aimed at studies, demonstrations, and preparation of the necessary infrastructure to support this type of transport.
In this scenario, the trial conducted at Tokyo Big Sight has served as evidence that urban air mobility has entered a stage of practical validation, where aircraft, terminal, digital screening, and city routine need to operate in a coordinated manner before commercial scaling.
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