Dutch Flying Car Approved for Production Ahead of 2028 Launch
Raamdonksveer, Monday 7 September 2026
Regulators have approved production for the Dutch PAL-V flying car. With a 2028 launch planned, the first three years of production are already sold out.
A Regulatory Milestone for Advanced Air Mobility
The European Union Aviation Safety Agency (EASA) has officially granted Production Organisation Approval (POA) to the Dutch deep-tech pioneer PAL-V [3][6]. This pivotal regulatory clearance, announced on Monday, 7 September 2026, permits the Raamsdonksveer-based company to manufacture the aviation-grade components of its flying car, the PAL-V Liberty, on an industrial scale [1][2][3]. By securing this approval, PAL-V establishes itself as a global frontrunner in the ‘FlyDrive’ segment of the Advanced Air Mobility sector, positioning its manufacturing capabilities ahead of key international competitors in the United States, China, and Slovakia [1][2][6].
Transitioning from Development to Industrial Scale
This milestone marks a shift for PAL-V from a research and engineering startup into a commercial-scale hardware manufacturer [GPT]. The road to this point has spanned nearly two decades, with active development of the vehicle’s concept starting in 2008 [5]. This represents a developmental timeline of 18 years of engineering and testing. Along the way, the firm has cleared several regulatory hurdles, including obtaining road-admission approval from the Dutch vehicle authority (RDW) in 2020 [5] and receiving a ‘No Technical Objection’ from EASA in 2025 [6]. The newly acquired POA confirms that PAL-V’s production processes meet the stringent quality and safety standards required for civil aviation [6].
Technical Specifications and Dual-Use Utility
The PAL-V Liberty is designed as a three-wheeled vehicle equipped with a retractable rotor and propeller [1][2][3]. On public roads, it operates like a conventional car, reaching a top speed of 160 kilometres per hour [1][2][3]. To transition into flight mode, the driver unfolds the rotor system, transforming the vehicle into a gyrokopter [4][5]. Unlike a traditional helicopter, the Liberty cannot perform vertical takeoffs or landings [1][2][3]. Instead, it requires a short runway to build up rotor speed via incoming airflow [5]. This mechanical conversion process from driving to flying takes approximately five minutes [5].
Market Demand and the Path to 2028 Flight
In the air, the Liberty offers an operational flight range of approximately 400 to 500 kilometres [2][3][5]. Operating the vehicle requires the owner to hold both a standard driver’s licence and a valid pilot’s licence [1][2][3]. Despite a starting price of approximately €299,000 excluding taxes and extra costs [1][2], market demand has been robust. PAL-V has already sold its first 250 units, completely booking out its production capacity for the next three years [1][3][6]. Buyers include emergency services such as the Dutch fire brigade, highlighting the dual-use potential of the hardware to bypass congested road infrastructure during critical operations [1][2][6].
The Final Certification Phase
While industrial manufacturing of components can now begin, the vehicle itself cannot fly legally until it receives a type certificate from EASA [2][3]. This certificate will verify that the aircraft design is safe for public flight [2][3]. PAL-V Chief Executive Robert Dingemanse stated that the firm has agreed on an 18-month assessment timeline with EASA to complete this process [4][5]. Consequently, the company expects to secure the type certificate in approximately one and a half years [2][3][5], allowing the first fully certified flying cars to be delivered to customers and take to the skies in 2028 [1][2][3].