Named J-2000, the flying taxi is expected to fly at a speed of 320 km/h and have a similar range of 320 km. The real excitement is the engine design. Several companies have announced in recent years that they are working on developing flying taxis. In Paris, for example, the Volocopter could soon start testing, but Airbus has also joined the race. Although development is still in full swing, one thing is already apparent: these machines look like enlarged versions of a drone.
The US company Jetoptera wants to change that. The company has started to develop a flying taxi that can take off and land vertically (VTOL), but would not use a single propeller. The idea came from Dyson, which had previously developed a bladeless fan. According to New Atlas, the propulsion system being developed for the J-2000 is called the fluidic propulsion system (FPS) and essentially uses the flow of air to provide the vehicle with the right amount of thrust.
The flying taxi uses four of these engines to take off: two small ones at the front and two large ones at the back. The first two are retracted into the fuselage after take-off, so that the flight is ensured by the two at the rear. The J-2000 would be capable of speeds of 320 km/h, according to its developers, but later versions could reach speeds of up to 640 km per hour.
Another advantage of the new engine is that it is 30 per cent lighter than its conventional counterparts due to the absence of redundant components, which in turn allows for 50 per cent lower fuel consumption. The engines are currently powered by a compressor using conventional fuel, but in the future the plan is to replace this with a battery-powered solution. It weighs 2000 pounds (or about 907 kilograms) and has a range of 321 km. It is not yet known when it will be commercially viable.



More articles you may be interested in...
Drones News & Articles
China’s automated logistics network exposes Western regulatory inertia
Drones News & Articles
The hovering sniper: China’s new rifle-drone achieves “deadly precision”
A recent report indicates that Chinese researchers have overcome one of the primary hurdles in robotic warfare: recoil management.
EVTOL & VTOL News & Articles
Sanghajt opens up to drones
From February, drones will be able to fly over designated areas without prior notification, with the local government seeing tremendous...>>>...READ MORE
Drones News & Articles
DJI agras series: a new era in autonomous agricultural robotics
Air taxi News & Articles
The great convergence: standardizing electric flight propulsion
EVTOL & VTOL News & Articles
The tethered sky: Navigating the integration of U-space and energy grids
News & Articles Propulsion-Fuel
Hydrogen’s regional mandate: Retrofitting the future of flight
EVTOL & VTOL News & Articles
Navigating the valley of reality: An AAM sector assessment
The Advanced Air Mobility (AAM) ecosystem has fundamentally shifted, transitioning from a period defined by...>>>...READ MORE
moreDrones News & Articles
Europe’s airspace awakens: The industrial reality of U-space 2.0
News & Articles Propulsion-Fuel
Hydrogen’s verdict: The 2026 propulsion shift redefining regional flight
News & Articles Propulsion-Fuel
Solid-state inflection: The 5-minute charge revolutionizing regional aviation
The nascent electric aviation sector currently faces a defining bottleneck that has less to do...>>>...READ MORE
EVTOL & VTOL News & Articles
The certification cascade: How Part 194 rewrites the rules of vertical flight
Drones News & Articles
Beyond Formula 1: engineering the 657 km/h Peregreen V4 drone record
In the realm of aerodynamics, the quadcopter configuration has traditionally been associated with stability and...>>>...READ MORE
moreEVTOL & VTOL News & Articles
EHang appoints Shuai Feng as chief technology officer
EHang Holdings Limited (Nasdaq: EH) (“EHang” or the “Company”), a global leader in advanced air mobility (“AAM”) technology, today officially announced that the Board of Directors of the Company (the “Board”) has approved and appointed Mr. Shuai Feng as the Chief Technology Officer (“CTO”), effective on January 14, 2026.