New policy moves FAA further from EASA on eVTOL certification

The FAA has finalized its safety continuum for powered-lift aircraft, and in doing so has walked back a controversial 2023 draft provision that would have created a bifurcated certification framework for eVTOL aircraft based on whether they carry passengers for hire. The final policy instead establishes four certification levels for powered-lift aircraft — the FAA's catch-all category for winged eVTOLs from companies like Joby Aviation, Archer Aviation, and Beta Technologies — based solely on maximum passenger seating configuration and gross weight, mirroring the agency's long-standing approach to certifying airplanes and helicopters. Larger, heavier aircraft face progressively stricter system safety and performance requirements, consistent with how the FAA has historically scaled certification rigor to aircraft size and complexity rather than to the specific commercial use case.

The scrapped provision would have split each of the four weight/seating tiers into two sub-categories depending on for-hire passenger-carrying operations, a structure that appeared to borrow from EASA's "basic" versus "enhanced" categorization tied to operational use. That divergence drew significant industry pushback during the comment period, with critics arguing it represented an unprecedented departure from how the FAA has traditionally regulated aircraft categories and could create downstream complications — potentially for fixed-wing and rotorcraft certification precedent as well — without adequate public vetting. The FAA's decision to abandon that approach and revert to a weight/seating-only framework signals the agency's continued preference for extending existing airworthiness paradigms to novel aircraft configurations rather than building bespoke frameworks tied to operational intent.

For working pilots and operators, this development matters primarily because it reinforces predictability in how the FAA approaches emerging aircraft categories. A certification framework tied purely to physical aircraft characteristics — weight and seating — rather than to business model or operational use is more consistent with how pilots, training providers, and Part 135 operators already think about aircraft capability and risk. It also reduces the likelihood of a fragmented certification landscape in which two functionally identical aircraft face different safety bars purely because one is used for revenue passenger service and the other isn't. That consistency should simplify eventual operational approvals, maintenance programs, and insurance underwriting once powered-lift aircraft begin entering commercial service in the U.S.

The policy shift also underscores a widening transatlantic divergence in how regulators are approaching advanced air mobility certification. EASA's basic/enhanced structure, tied explicitly to operational context, remains distinct from the FAA's aircraft-centric philosophy, raising the prospect of harmonization challenges for manufacturers like Joby and Archer that intend to certify and sell aircraft in both U.S. and European markets. For an industry still working through first-of-kind certification bases, powerplant reliability standards, and pilot type-rating requirements for powered-lift aircraft, this kind of regulatory divergence adds complexity to global fleet deployment strategies even as it simplifies the domestic picture. It also fits a broader pattern across FAA rulemaking in recent years — from BasicMed to remote ID to drone integration — where the agency has generally favored extending proven regulatory frameworks over creating entirely new ones, even for genuinely novel aircraft categories, in the interest of predictability for an industry already navigating enormous technical and financial uncertainty in the eVTOL segment.