Urban Air Mobility
Urban Air Mobility
DURATION
DURATION
CLIENT
Meta Moto
CLIENT
Meta Moto
Digital Twin
Digital Twin
Strategic Foresight
Strategic Foresight
PROJECT OVERVIEW
PROJECT OVERVIEW
Meta Moto is designing modular vertiports that are eVTOL-agnostic, safety-certified, and digitally enabled for autonomous flight. We integrate physical, digital, and energy subsystems covering navigation, charging, compliance, and passenger handling. Our systems-of-systems approach enables cities to prepare for the vertical mobility revolution with aesthetically pleasing, scalable, and certifiable infrastructure assets.
Meta Moto is designing modular vertiports that are eVTOL-agnostic, safety-certified, and digitally enabled for autonomous flight. We integrate physical, digital, and energy subsystems covering navigation, charging, compliance, and passenger handling. Our systems-of-systems approach enables cities to prepare for the vertical mobility revolution with aesthetically pleasing, scalable, and certifiable infrastructure assets.
The Challenge
The Challenge
Urban air mobility faces a regulatory and operational grey zone. Without standardised infrastructure models, cities risk fragmented deployments, regulatory gaps, and interoperability failures. Infrastructure must support modular evolution, eVTOL agnosticism, energy resilience, and ongoing safety upgrades, while integrating with UTM, digital flight corridors, and dynamic vertipad allocation protocols.
Urban air mobility faces a regulatory and operational grey zone. Without standardised infrastructure models, cities risk fragmented deployments, regulatory gaps, and interoperability failures. Infrastructure must support modular evolution, eVTOL agnosticism, energy resilience, and ongoing safety upgrades, while integrating with UTM, digital flight corridors, and dynamic vertipad allocation protocols.
WHAT WE DID
WHAT WE DID
Meta Moto developed digital prototypes of smart vertiports using parametric modelling, agent-based simulation, and safety case design. Our vertipads incorporate embedded sensors, power systems, ICAO-aligned lighting, and AR-based wayfinding. We structure cyber-physical interfaces and regulatory twins to ensure compliance with evolving SOCI Act, FAA, CASA and EASA frameworks for critical infrastructure readiness.
Meta Moto developed digital prototypes of smart vertiports using parametric modelling, agent-based simulation, and safety case design. Our vertipads incorporate embedded sensors, power systems, ICAO-aligned lighting, and AR-based wayfinding. We structure cyber-physical interfaces and regulatory twins to ensure compliance with evolving SOCI Act, FAA, CASA and EASA frameworks for critical infrastructure readiness.
