EHD Ionic BWB Drone Airframe

Design a 7th-generation autonomous aerial drone powered by Electrohydrodynamic (EHD) ionic wind thrusters, with zero moving parts. The airframe is a Blended Wing-Body (BWB) merged with biomimetic manta-ray/falcon curvature — a single seamless flying-wing shape with no distinct fuselage, no propellers, no exhaust ports. Surface embeds flush-mounted anode-cathode electrode arrays across the wing skin for silent plasma-based thrust. The body uses radar-absorbent smart-skin material capable of real-time morphing curvature (shape-adaptive composite) to control airflow and eliminate boundary-layer stall. An onboard distributed neural-control mesh (micro-processors embedded per wing segment) manages voltage modulation, thermal masking, and localized micro-plasma jets for stability at low speeds. Structure built from ultra-lightweight carbon-nanotube composite and aerogel core to offset the inherently low thrust-to-weight ratio of ion propulsion. Appearance: matte-black, edge-less, triangular/delta silhouette, glowing faint blue ionization trace along leading edges, completely silent flight profile.

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