The AAM Master Class Rome 2025 launches this September at Rome Fiumicino Airport, offering a comprehensive training experience on electric vertical takeoff and landing, infrastructure, energy systems, and regulations. Designed for airport officials and aviation professionals, this 2.5-day master class provides practical insights, networking opportunities, and CPD certification.
In part two of his conversation on reinventing airports, Clint Harper explores how aviation infrastructure can transform into multi-modal mobility hubs. By linking air taxis with rail, buses, and micromobility, airports can serve as true connectors in sustainable transport networks.
In this episode of The Ways We Move podcast, Clint Harper, a military airport manager and urban planner, explores how airports can embrace advanced air mobility and evolve into multi-modal hubs. Learn how resilient infrastructure, community engagement, and smart economics can help airports lead the way in supporting electric aviation and regional connectivity.
On The Ways We Move podcast, guest Rex Alexander talks about how advanced air mobility (AAM) infrastructure is changing how we see and conceptualize urban air mobility (UAM) and regional air travel, challenges, regulatory updates. Most importantly, a strong, safe, and robust infrastructure will allow for a cleaner and more efficient future of air travel. Find out more about what the future of air travel looks like from Mr. Infrastructure himself!
The FAA’s MOSAIC modernizes the path for light sport and electric aircraft by removing outdated weight and speed limits and expanding eligible designs. This article explains how the new rule benefits advanced air mobility, supports pilot training, and prepares the industry for a new era of clean, affordable aviation.
From relaxed U.S. drone regulations to hydrogen-powered aircraft, the aviation industry is undergoing seismic shifts. Here’s what AAM leaders need to know
Electra’s EL9 hybrid-electric aircraft has proven its revolutionary “blown lift” wing design in MIT’s wind tunnel, achieving lift coefficients 7X higher than traditional aircraft. This breakthrough paves the way for takeoffs and landings in just 150 feet—unlocking new possibilities for regional mobility and military logistics.
Discover how Advanced Air Mobility (AAM) evolved from the 1950s dream of urban air mobility (UAM) into a transformative solution for efficient, sustainable, and inclusive air transportation, powered by cutting-edge technology and infrastructure.
Un aperçu complet de l’état actuel de l’industrie de la mobilité aérienne avancée (AAM), explorant les principaux acteurs, la santé financière, les obstacles à la certification, les innovations technologiques et ce qui nous attend dans cet espace en pleine évolution.
A comprehensive look at the current state of the Advanced Air Mobility (AAM) industry, exploring major players, financial health, certification hurdles, technological innovations, and what lies ahead in this evolving space.