The ASKA A5 is a four-seater flying car designed with both vertical takeoff and landing (VTOL) and short takeoff and landing (STOL) capabilities, making it the world’s first dual-mode vehicle for road and air travel. This electric VTOL (eVTOL) vehicle has achieved a Certificate of Authorization (COA) and Special Airworthiness Certification from the FAA, marking a significant milestone in the development of flying cars.
Key features and details of the ASKA A5 include:
- Hybrid Energy Supply: The ASKA A5 is a hybrid vehicle equipped with batteries and a range extender engine that charges the batteries in-flight. It uses premium gasoline available at conventional gas stations.
- Aerodynamic Wings: The vehicle is designed with large aerodynamic wings optimized for safe landings and gliding, enhancing its flight capabilities.
- Six Independent Motor Systems: The A5 features six independent motor systems for flight, ensuring redundancy and safety during operation.
- Sufficient Reserve Flight Time: It has sufficient reserve flight time to meet FAA safety requirements and includes a ballistic parachute for additional safety.
- Seating Capacity: The ASKA A5 can accommodate four passengers, including one pilot and three passengers.
- Range: It boasts a maximum flight range of 250 miles and can reach airspeeds of up to 150 mph.
The ASKA A5’s innovative design allows it to make the most of existing infrastructure, such as parking facilities, charging stations, airfields, helipads, and runways. This integration into urban and suburban landscapes is designed to be seamless, with the vehicle fitting into standard parking spaces and utilizing home and EV charging stations.
The company has received pre-order reservations and secured $50 million in pre-orders, indicating significant interest in its dual-mode flying car. The ASKA A5 is working toward commercialization, with plans to achieve regulatory approvals by 2026. It represents a major step forward in the development of flying cars and offers potential solutions for urban mobility challenges.