The plane/car was flying in Slovakia at the hands of its inventor, Stefan Klein, when something went wrong. According to the company, Klein deployed the Aeromobil's parachute at around 900 feet, and it brought him safely back to Earth. Photos of the incident posted by Paleofuture showed extensive damage to the vehicle, and witnesses claimed that the aircraft went into a tailspin before Klein deployed the 'chute. He wasn't harmed in the crash, though.
Aeromobil intends to treat this setback as a chance to improve its vehicle even more. The company is examining the data and plans to start test flights again once the plane is repaired.
The Aeromobil has evolved through multiple functioning prototypes over the past few years, and videos have shown previous, successful test flights. The design features power-folding wings that stow behind the passenger compartment when not in use. If the flying car does go on sale, prices are expected to start at several hundred thousand dollars.
The pilot activated an advanced parachute system and safely landed.
Saturday, May 9, 2015 -
The AeroMobil 3.0 experimental prototype is currently undergoing a rigorous analysis and testing programme. During one of the test flights that took place on May 8, 2015, the inventor and test pilot, Stefan Klein, encountered an unexpected situation and activated the advanced ballistic parachute system in an altitude of approximately 300 meters (900 feet).
The system has proved itself fully functional and landed the entire vehicle without any injury to the pilot. The detailed data and overall experience from this test flight will be thoroughly analyzed and the results will be used in the ongoing R&D and improvements of the prototype. Testing of the current prototype 3.0 and further product development will continue after the replacement of the damaged parts.
In the process of developing new vehicles, especially in the prototype phase, the possibility and likelihood of an unexpected situation is a natural part of the testing program. This is a learning period which allows us to detect and subsequently refine our design. It is necessary to test the prototype in every way possible to establish its limits and to improve on them. The flight recording details will help us learn from the data and improve the performance of the vehicle prior to our next flight test.