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DCC Bridge
Anonymous1775343454
04-04 23:12
Model Name
unmanned aerial vehicle 3d model
Tags
vehicle
rendering
realistic
Input
Prompt
Detailed 3D CAD model generation task of an unmanned aerial vehicle (UAV) based on three-view orthographic drawings and perspective references from provided images (specifically image_15.png). Core Subject: Unmanned Aerial Vehicle (UAV), variant "Aethel-1 Echo". Configuration: A tailless delta-wing flying wing with a single rear central pusher propeller pod. Dimensions and Proportions: Strictly follow the 1:1 scale ratios indicated. Span: 2100mm. Total Length: approximately 3390mm. Propeller Diameter: 190.0mm. Planform details (Top/Bottom view): Smooth, moderate-sweep delta-wing planform with integrated elevon surfaces. A smooth central fuselage pod is visible on top and bottom. Small, twin inner vertical rudders are integrated on the rear wing structure. Elevation details (Side view): Flat delta-wing profile with a pronounced but streamlined central pod that houses the radome, payload bay, and rear motor. Three-wheeled (tri-cycle) wheeled landing gear, fully extended. Frontal details: Flat delta-wing dihedral with integrated nubs for antennas. Clear nose radome section. Distinctive Structural Features (Hard-surface): 1. Materials: The entire airframe (wings and fuselage) should have a detailed brushed metallic finish, resembling thin 0.3mm galvanized steel panels, with visible panel lines and a detailed rivet pattern throughout the structure. 2. Nose: The nose radome is semi-transparent, revealing a complex, internal tri-corner retro-reflector (trijedar) mechanism clearly visible through the dome. 3. Propulsion: A central rear pusher pod containing the motor (T-Motor style) with a large, two-bladed folding propeller mechanism attached, showing the blades partially folded. 4. Internal: Mid-wing modular payload bays are defined by panel line structure and small screw details. Output Requirements: Clean, manifold geometry, optimized UV maps, high poly detail, photorealistic PBR material properties. A single OBJ or STEP file output is preferred.
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