Unmanned Aerial Systems
ND AIR develops clean-sheet electric UAVs where airframe, structure, energy, and avionics are engineered as a single endurance system.
Technology
Long-duration electric flight is not solved by a single component. ND AIR combines exceptional lift-to-drag performance, mass-optimized composite construction, solar-energy integration, compact internal systems, and manufacturable production into one efficiency-focused UAV platform.
ND AIR develops airframe geometry around exceptional lift-to-drag performance, all-moving V-tail surfaces, clean external integration, minimized protrusions, and full use of internal volume. Every surface contributes to the endurance equation.
The wing is built as a single composite-and-photovoltaic structure: solar cells are laminated within the airfoil itself, sharing the load path with the underlying composite. The result is an unbroken aerodynamic surface that preserves laminar flow across the upper wing, where most of the lift is generated and where energy is collected. Structure, surface, and energy system are not separate systems integrated together — they are one system from the start.
Avionics, power, propulsion control, and actuation are arranged within a tightly packaged internal architecture built around electromagnetic compatibility, mechanical reliability, short routing paths, and precise use of available volume. The result is a slim fuselage with every millimeter assigned to structure, power, control, or access.
High endurance only matters if the aircraft can be produced, serviced, and improved without excessive cost or complexity. ND AIR designs for repeatable composite production, controlled part count, and practical assembly from the beginning.
Current program
Long-endurance electric platform.
ND4 is the first aircraft in ND AIR's clean-sheet UAV program. It combines a high-efficiency airframe, solar-integrated composite structure, and compact systems architecture in a small electric platform engineered for persistent operation.
Advanced prototype. Built in-house. Prototype complete as of early May, with initial flight testing scheduled for June.
Validation
ND AIR develops aircraft through staged validation: structural checks, propulsion and power-system integration, ground systems testing, flight envelope expansion, and endurance verification. Performance is managed through engineering data and repeatable test procedures.
Clean-sheet airframe architecture and core systems defined.
Primary airframe, composite structure, and internal systems manufactured in-house.
Structural, power-system, propulsion, avionics, and integration checks.
Envelope expansion, endurance verification, and mission-system testing.
Applications
Long-duration surveillance over coastlines, territorial waters, ports, and remote land borders without the cost and rotation overhead of crewed platforms.
Wide-area search across open ocean, forest, and mountainous terrain. Persistent coverage extends the critical window for locating and recovering targets.
Continuous observation of fire perimeters, hot spots, and high-risk regions, supporting early detection and live situational awareness for response coordination.
Pipelines, transmission lines, rail corridors, and remote infrastructure assets monitored continuously rather than episodically.
Operating from altitude for extended periods, ND4 can serve as a persistent communications relay and coordination layer — extending line of sight, connectivity, and situational awareness between unmanned systems, field teams, and command nodes.
Intelligence, surveillance, and reconnaissance missions where extended on-station time, low acoustic signature, and small visual signature are operational advantages.
Roadmap
ND4 establishes the foundation for ND AIR's system-level approach to electric UAV efficiency. Future architectures extend the same engineering discipline into long-range logistics, persistent observation, and mission-specific operations.
A 25 kg electric UAV architecture designed to carry a 4 kg payload over 1100+ km, with LTE and satellite connectivity. On-board AI-assisted visual navigation, running on an NVIDIA Jetson compute module, supports operation in environments where GPS or radio links may be degraded or unreliable.
Built for extended-range payload transport in remote, contested, or operationally constrained environments where conventional delivery methods are slow, costly, or unavailable.
ND AIR is evaluating further UAV configurations for persistent observation, airborne relay, inspection, and specialized field operations.
About
ND AIR is a San Diego-based UAV company developing electric unmanned aircraft systems with a focus on endurance, efficiency, reliability, and practical field operation.
The company was founded by Dmytro Demidov, a Ukrainian-born engineer based in San Diego, with a background in naval architecture and commercial vessel design. Naval engineering and long-endurance unmanned aviation draw on a shared engineering discipline: propulsion efficiency, structural integrity under sustained load, serviceability, and reliable operation where unscheduled service is not an option. ND AIR applies that discipline to electric aircraft.
We develop clean-sheet UAV architectures, prototype in-house, and validate performance against measurable targets rather than marketing claims.
Contact
ND AIR engages with investors, government programs, mission-aligned customers, and technical partners. Technical and program materials are available to qualified inquiries.
info@nd-air.comSan Diego, California