AirCar (V5): Transforming Dreams into Reality in Nitra, Slovakia
In a groundbreaking leap toward the future, Nitra, Slovakia, witnessed the unveiling of AirCar (V5), the latest generation flying car designed by Professor Stefan Klein. This revolutionary vehicle seamlessly transforms from a road-worthy marvel into an airbound wonder in less than three minutes, opening up a realm of possibilities for leisure, self-driving journeys, and even commercial taxi services.
The Dual Mode Transformation
From Road to Sky at the Click of a Button
AirCar’s dual mode transformation is a testament to modern engineering prowess. With the simple click of a button, this innovative vehicle transitions from a road-hugging automobile to a soaring aircraft in less than three minutes. This dual functionality positions AirCar as a versatile solution for various transportation needs, whether it’s cruising on the road or taking to the skies.
Successful Flight Tests
The fifth-generation AirCar recently achieved a significant milestone with two 1500′ Above Ground Level (AGL) flights at Piestany airport in Slovakia. Completing full airport patterns, including takeoffs and landings, the model showcased its operational prowess and marked a momentous step in the evolution of flying cars.
Technical Specifications
Balancing Power and Weight
Weighing in at 1,100kg, the two-seat model of AirCar boasts a BMW 1.6l engine, delivering an effective power output of 140HP. Recognizing the critical balance between weight and power in aviation, the car-plane can carry an additional load of 200kg per flight. With an estimated travel range of 1,000km and a flight consumption rate of 18 l/h, AirCar combines efficiency with functionality.
Takeoff and Speed Capabilities
AirCar takes flight with a takeoff distance of 300m, reaching speeds of up to 200 km/h. The ease with which it transitions from ground to sky ensures accessibility for any pilot, emphasizing its user-friendly design.
Vision for the Future
Certification and Commercialization
Professor Stefan Klein, Klein Vision’s CTO and test pilot, expressed confidence in the AirCar’s performance during the recent flights, affirming that a model with a certified ADEPT, 300HP engine would be delivered within the next six months. The anticipation is heightened by the revelation that AirCar already has a buyer eagerly awaiting this cutting-edge flying car.
Revolutionizing Travel Experience
Anton Zajac, Klein Vision’s co-founder, investor, and pilot, envisions a future where AirCar transforms the travel experience. Eliminating the hassles associated with traditional air travel, AirCar allows users to seamlessly transition from road to destination, offering the convenience of driving directly to the golf course, office, mall, or hotel, and parking in a standard space.
Industry Recognition and Testimonials
Impressive Mechanism and Design
Dr. Branko Sarh, Boeing Co. Senior Technical Fellow (ret), praised AirCar’s wing and tail deployment/retraction mechanism as impressive. The vehicle’s spacious and stylish cockpit, accommodating both the driver/pilot and a passenger, received commendation. The overall appearance of the flying car, both on the road and in the air, earned superlatives for its superb design.
Conclusion
As AirCar (V5) takes its maiden flights in the skies of Nitra, Slovakia, it marks not only a technological triumph but a glimpse into the future of transportation. Professor Stefan Klein’s dream turned reality by Klein Vision reflects a new era where road and sky seamlessly converge, redefining the way we envision travel.
FAQs
- How long does it take for AirCar to transform from a road vehicle to an air vehicle?
- AirCar undergoes its transformation in less than three minutes with the click of a button.
- What is the estimated travel range and flight consumption of AirCar?
- AirCar has an estimated travel range of 1,000km and a flight consumption rate of 18 l/h.
- When can we expect a model with a certified ADEPT, 300HP engine to be available?
- Professor Stefan Klein anticipates delivering a model with a certified engine within the next six months, following the completion of all required flight tests.
