Tesla’s Roadster 2: The Future of Flying Cars?

Michael McCormick, a former FAA official and head of the air traffic management program at Embry-Riddle Aeronautical University, stated that aircraft weighing more than 250 pounds would require FAA approval to fly in national airspace, a process that could take at least a year. McCormick suggested that Tesla owners looking to operate such vehicles may need to obtain a recreational aviation license, as a regular driver’s license would not suffice.

Landing and taking off in the Roadster 2 may pose challenges, as most states mandate aircraft to only take off from airports or specified helipads. Road-to-air launches are subject to state and local regulations, with many communities wary of aircraft flying over their roads. This could limit drivers to operating their vehicles on large private properties.

Meanwhile, the FAA is in the process of developing rules, regulations, and pilot projects for electric vertical takeoff and landing vehicles (eVTOLs). These vehicles, equipped with small electric motors and propellers, can transport up to four passengers autonomously over short distances. The current focus is on establishing local “vertipads” for eVTOL takeoff and landing to bypass urban traffic congestion.

The Trump administration recently initiated a limited three-year pilot project approving companies to test eVTOL technology in different states. The journey to obtain federal certification for such projects can be lengthy.

Despite the excitement generated by the Roadster 2, the road to practical flying cars remains challenging due to a fundamental contradiction: the need for weight to ensure safety and durability on the road complicates flight capabilities. Finding the delicate balance between power and weight has been a persistent hurdle for manufacturers. Nevertheless, experts like Miller remain optimistic about the potential of engineering marvels like the Roadster 2, recognizing its impressive feat if produced on a larger scale.