• Certification remains one of the most critical factors in eVTOL commercialization.

    Key focus areas include:
    • Aircraft safety standards and redundancy
    • Battery performance and thermal management
    • Noise and environmental compliance
    • Harmonization across global regulators

    Clear certification pathways are essential for scalable and saf…Read More

  • eVTOL prototypes are impressive.

    Certification is where the real challenge begins.

    Safety validation, redundancy, and regulatory alignment will ultimately define timelines — not marketing announcements.

    Certification isn’t a hurdle to rush. It’s the foundation of trust.

  • Pilots will play a central role in the initial phase of eVTOL operations.

    Key considerations include:
    • Pilot training and certification pathways
    • Human-machine interface design
    • Gradual transition toward autonomous systems
    • Public and regulatory confidence

    A phased approach to autonomy can support safe and scalable eVTOL adoption.

  • Despite long-term autonomy goals, early eVTOL operations will rely heavily on pilots.

    Human oversight builds trust, supports safety validation, and helps regulators gain confidence.

    Autonomy will come — but pilots will lead the transition.

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    Sunny Rathaur wrote a new post

    Singaporean eVTOL Maker Aims To Inspire National Aerospace Industry

    Singapore’s Nanyang Technological University (NTU) has revealed an eVTOL design that could become the country's first domestically produced passenger aircraft. Although certification of a full-scale aircraft isn’t expected until 2035, flight testing of the sixth-scale model unveiled today is...

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