How do I use the FAA EB-105 Vertiport Geometry & Megawatt eVTOL Charging Calculator?

Enter your specific project or financial parameters into the input fields above. The engine recalculates outputs dynamically in real time and updates visual charts and summary metrics.

Can I export and share these results?

Yes, you can generate shareable state links, export clean CSV spreadsheets, or print high-resolution executive reports with a single click.

Is this calculator free to use?

Yes, all calculation engines on ToolsVault are 100% free with no account registration or paywall required.

FAA EB-105 Vertiport Geometry & Megawatt Charging Solver

Model FAA Engineering Brief 105 vertiport airfield physical dimensions (TLOF 1.0D, FATO 2.0D, Safety Area 3.0D), controlling dimension D clearances, megawatt fast-charging grid draw, and on-site BESS battery buffer storage sizing.

⚙️ eVTOL Aircraft & Airfield Charging

Target eVTOL Aircraft Model

Simultaneous Plugs

Turnaround Time (Mins)

Available Grid Utility (kW)

📊 Airfield Dimensions & Power Buffer

Peak MW Power Demand

1.05 MW

TLOF Helipad 39 x 39 Ft

FATO Runway 78 x 78 Ft

BESS Battery Buffer 1,050 kWh

Airfield Geometry TLOF: 39ft (1.0D), FATO: 78ft (2.0D), Safety Area: 117ft (3.0D)

Controlling eVTOL Aircraft Joby Aviation S4 (MTOW: 5,300 lbs, Pack: 145 kWh @ 350 kW DC)

Megawatt Charging Load 1.05 MW peak demand (300 kW grid deficit - 1,050 kWh BESS required)