ADVANCED AIR M BILIT Y

Public Acceptance

Gaining the confidence and approval of the public is crucial when it comes to AAM (Advanced Air Mobility) technologies. It’s important to address worries connected to noise pollution, privacy concerns, safety measures, and the broader effects on local communities. This is a vital step to ensure the seamless and successful incorporation of AAM solutions into our society.

Infrastructure

For Advanced Air Mobility (AAM) operations to succeed, there’s a need to build the necessary infrastructure, which includes vertiports (landing and take-off sites for AAM vehicles), charging stations, and other supporting ground facilities. Regulations may set forth guidelines for the design, construction, safety measures, and charging protocols of this infrastructure to ensure that it can work seamlessly across various AAM systems, fostering compatibility and interoperability.

TRAFFIC & OPERATIONS

Effective management of airspace is a significant factor to consider since Advanced Air Mobility (AAM) vehicles share the same airspace with conventional aircraft. Regulations are expected to tackle important aspects like maintaining safe distances between vehicles, establishing communication guidelines, implementing traffic management systems, and seamlessly integrating with the current air traffic control setups. To establish successful airspace management frameworks, collaboration is essential among diverse stakeholders, including regulatory bodies, aviation groups, and urban planning entities.

SAFETY & REGULATIONS

A vital element in the regulations governing Advanced Air Mobility (AAM) revolves around guaranteeing the safety of these operations. Entities responsible for regulation, such as the Civil Aviation Authority (CAA), the Federal Aviation Administration (FAA) in the United States or the European Union Aviation Safety Agency (EASA), must create thorough certification procedures for AAM vehicles and the associated infrastructure. These procedures will evaluate various aspects such as vehicle design, production, upkeep, and adherence to safety standards during operation.