The simulations, jointly developed by Joby and NASA airspace engineers following a multi-year airspace study, tested scenarios with dozens of eVTOL aircraft per hour flying into and out of the complex, busy airspace in the Dallas-Fort Worth (DFW) region using today’s airspace system, says the press release.
The activity took place at NASA’s Future Flight Central, a high-fidelity virtual tower facility offering a 360-degree view of a real-time simulation of an airport, where a team of NASA and Joby engineers, as well as pilots and air traffic controllers, simulated traffic patterns at Dallas Love Field (DAL) and DFW airports, representative of complex and busy airspace.
During the simulation, participating teams of controllers virtually tested the ability to integrate up to 120 eVTOL operations – arrivals or departures – per hour from DFW’s Central Terminal Area, alongside the airport’s existing traffic. Up to 45 simulated eVTOL aircraft were simultaneously aloft in DFW’s Class B airspace during the activity.
Following scenarios developed by NASA and Joby airspace engineers, participating controllers employed some of the highly structured routes and procedures used today in busy low-altitude airspace regions, including Letters of Agreement and dedicated controller positions to scale air taxi operations without impacting existing traffic.
NASA and Joby engineers hosted representatives from the FAA and the National Air Traffic Controllers Association (NATCA) to observe the simulation. More details on the simulation are available on NASA’s website and NASA will publish a complete analysis of the simulation results next year, sharing data with the industry and the FAA.
(Image: Joby Aviation)
For more information visit: