A groundbreaking flying car is set to revolutionize the world of personal transportation, combining road and air travel in a seamless experience. The innovative design, featuring an eVTOL (electric vertical takeoff and landing) aerial component, allows users to soar through the skies either manually or autonomously, with the pilot having ultimate override control if needed. This flying car is designed to accommodate two passengers, providing them an impressive 270-degree panoramic view as they explore new terrains.
The ambitious project is gaining momentum, with the factory responsible for its construction aiming to reach an annual production capacity of 10,000 units. Production of the aerial module is slated to commence in the third quarter of 2025, with the first deliveries expected in 2026. This timeline aligns with the company’s vision of catering primarily to leisure travelers eager for unique and adventurous experiences.
The flying car is equipped with six rotors and built using carbon fiber, ensuring a lightweight yet robust structure. At its core lies an 800V engine coupled with a cutting-edge platform that extends its range to over 620 miles (1,000 kilometers). This impressive range positions the vehicle as a formidable contender in the emerging market of personal aerial transportation.
The motors and propellers of this eVTOL flying car are ingeniously housed within a "mothership," resembling a Cybertruck, which serves as the first vehicle of its kind. The transition from being stored inside the mothership to readiness for flight relies on an intricate system of eight control modules and 14 actuators. This sophisticated mechanism ensures a smooth and efficient transformation process, allowing passengers to seamlessly switch from driving to flying.
In November, scientists achieved a significant milestone by completing the first public flight of the flying car component. The company successfully demonstrated the full separation between the land and air modules, followed by a reconnection, marking a crucial step in the development process. This achievement underscores the potential of integrating advanced technologies to redefine personal transportation.
