I will perform aerodynamic analysis of your uav or evtol

Most designers can make your drone look right. I'll tell you whether it will actually fly right before you build it.

I'm an aerospace engineer specializing in the aerodynamics of UAVs and distributed-propulsion aircraft. My core toolset: OpenVSP/VSPAERO, XFLR5, BEMT propeller analysis (custom Python tools), and ANSYS Fluent for higher-fidelity checks.

Services:

• Lift/drag polars, (L/D)max, stall estimation for your configuration
• Longitudinal and lateral-directional stability analysis (neutral point, static margin, tail sizing checks)
• Propeller performance via BEMT thrust, power, RPM matching to your motor
• Propeller-wing / prop-prop interaction effects for DEP and eVTOL configurations (my specialty very few freelancers offer this)
• Trade studies: wing loading, aspect ratio, tail volume coefficients

Deliverable: an engineering report with plots, methodology, and concrete design recommendations not a raw data dump. You'll know what to change and why.

Recent work: full aerodynamic and stability analysis of a 30-passenger lift-plus-cruise eVTOL (MTOM ~9 tonnes), including V-n envelope and CG envelope analysis.