By now, it should be obvious that no sector of society is immune to cyberattacks. And yet, the legions of companies that are planning the electric air taxi revolution spend far more time showing off their cabin designs and flight ranges than bragging about their cybersecurity plans. Architects of these aircraft and the traffic management system must plan now for cybersecurity, say three authors from the Institute for Public Research, part of the nonprofit CNA Corporation based in Virginia.
Once dominated by startups, the emerging air taxi industry has attracted the attention of traditional aerospace companies that have invested millions of dollars. Some have also begun working on their own concepts for these small, electric passenger aircraft. Even if AAM never achieves the billion- or trillion-dollar annual valuations predicted by analysts, Glenn McDonald and Martha Neubauer of the AeroDynamic Advisory consulting firm believe the Airbuses and Boeings will still reap the benefits.
Joby Aviation is working with FAA to get its electric aircraft design certified in 2023 so that the company can begin ferrying passengers around major U.S. cities in 2024. Can the advanced air mobility company cross the finish line? Aaron Karp set out to find the answer.
Funds and pledges of funding have been pouring in from large corporations to a handful of small companies that are pioneering a proposed new mode of transportation for average people. Does the investment trend guarantee that this class of electric-powered rotorcraft will soon take off with us aboard? Aaron Karp spoke to the industry executives who should know.
First-generation electric delivery drones and passenger air taxis could be too noisy for many communities, so researchers are attempting to engineer electric thrusters of unprecedented quietness. Paul Marks delves into their chances of success.
Safely moving cargo and passengers among buildings and just over treetops will require unique weather information. Keith Button looks at ideas for collecting and delivering the required forecasts and real-time knowledge of conditions.
Whether electric rotorcraft will whisk passengers across town in the near future will depend largely on the performance limits of lithium-ion batteries. Will superior lithium batteries be ready in time to meet the urban air mobility demands? Keith Button went looking for answers.
Hundreds of startups are betting that electric aviation will finally provide safe, affordable urban air mobility services. But certifying the airworthiness of their myriad vertical takeoff architectures faces some stiff challenges.
Metropolitan areas including Miami and Orlando have emerged as potential early adopters of urban air mobility flights aboard electric aircraft. But this new mode of travel won’t take off unless UAM companies make the right business decisions about where to locate their vertiports and win permission from local authorities to build these landing pads. Cat Hofacker and Alyssa Tomlinson explore the distinct approaches unfolding in Florida.