France Electric Aviation Infrastructure Development Feasibility Study with Sustainable Aviation Market Outlook

Executive Viability Abstract

This feasibility study evaluates the development of electric aviation infrastructure in France, focusing on regional connectivity and Urban Air Mobility (UAM). Driven by the 'France 2030' plan and the decarbonization mandates of the DGAC, the project outlines a strategic rollout of MegaWatt Charging Systems (MCS) and vertiports across the Paris-Lyon-Marseille corridor. The study confirms high viability supported by government subsidies and a mature aerospace ecosystem.

## Market Analysis France represents one of the most mature aviation markets globally, with a strong push toward 'Avion Bas Carbone'. The market is segmented into three tiers: Urban Air Mobility (eVTOL), Regional Electric Flight (sub-19 seats), and Ground Support Equipment (GSE) electrification. Demand is driven by the banning of short-haul domestic flights where rail alternatives exist, forcing carriers to seek zero-emission flight solutions for regional routes. ## Capex Summary The initial capital expenditure is estimated at €480 Million. Key allocations include: - **Grid Infrastructure & Transformers:** €180M (Upgrading airport substations to handle high-peak electric loads). - **Vertiport & Charging Hubs:** €210M (Construction of modular boarding gates and MCS stations). - **Digital Management Systems:** €50M (Fleet orchestration and energy load balancing software). - **Contingency & Regulatory Compliance:** €40M. ## Revenue Model The model relies on diversified streams: 1. **Charging Service Fees:** Per-kWh billing for airline operators. 2. **Landing & Facility Fees:** Usage-based charges for vertiport infrastructure. 3. **Data & Integration Services:** API access for flight planning and energy management. 4. **Retail & Premium Lounges:** High-margin ancillary revenue from business travelers. ## Financial Projections Targeting a 15-year horizon, the project anticipates reaching EBITDA neutrality by Year 5. With the rapid decline in battery costs and increasing carbon taxes (ETS) on conventional fuel, electric aviation becomes cost-competitive with turboprops by 2030.