High-altitude unmanned reconnaissance airframe with boundary-layer ingestion
A high-altitude stealth drone aircraft designed with aerodynamic carbon-fiber wings and ducted fan propulsion.
Traditional tactical drones rely on heavy tubular fuselages with excessive aerodynamic drag and complex hinge mechanisms that freeze at sub-zero altitudes.
STRATOS / X1 unifies the wing and fuselage into a continuous lifting body, using boundary-layer ingestion ducts to increase propulsion efficiency by 18% in thin air.
Transonic airfoil sections lofted across 24 reference stations, balancing laminar flow retention with internal volumetric requirements for avionics payloads.
G2/G3 Curvature
1.5° Minimum
Zero Visual Seam
Built with multi-solid top-down master modeling in NX. Internal ribs, stringers, and sensor bays reference a single kinematic spine, ensuring zero design drift.
Twin brushless ducted fans embedded directly into the dorsal spine, shielded from ground acoustic detection by trailing edge reflex elevons.
| PART NO | COMPONENT NAME | MATERIAL | FABRICATION PROCESS | QTY |
|---|---|---|---|---|
| STR-02-SKU | Upper Monocoque Skin | T1000 Carbon/Epoxy | Autoclave Prepreg Cure | 1 |
| STR-02-SKL | Lower Monocoque Skin | T1000 Carbon/Epoxy | Autoclave Prepreg Cure | 1 |
| STR-02-SPR | Center Longitudinal Spar | 7075-T6 Aluminium | CNC Milled Billet | 2 |
| STR-02-IMP | Ducted Impeller Fan | PEEK-CF30 | Injection Molded Carbon PEEK | 2 |
| STR-02-SEN | Gimbaled Sensor Turret | Magnesium/Germanium | Precision Optomechanical Assembly | 1 |
Standardized orthographic views, datum reference frames (A/B/C), and bilateral tolerances.
Primary mounting datum for physical fabrication and inspection.
Controls radial and rotational fit between mating housings.
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