3D Workspace
Home
Assets
Affiliate Program
Sign up/Log in
?
Upgrade
DCC Bridge
3D Creation Made Simple
Text & Image to 3D Model in seconds
One-Click Texturing & Smart Detail Editing
Free Credits Monthly
Start Free
Anonymous1763311559
11-16 16:58
Model Name
quadcopter drone 3d model
Tags
vehicle
rendering
realistic
Input
Prompt
Ultra-detailed concept design of a heavy-lift cargo quadcopter — pure product-design render, no text or labels. Isometric three-quarter view, slight top-down angle. Four equal-length carbon-fiber arms with integrated motor housings and large 26" carbon propellers, quad-rotor layout. Central rectangular fuselage with smooth aerodynamic edges; entire avionics (24S LiPo battery, BMS, ESC bus, flight controller, Raspberry Pi 5, power distribution, wiring looms) enclosed inside the sealed main body (no exposed PCBs). Under the fuselage, an integrated rectangular cargo bay with a flush-fit hatch door: motorized automatic opening mechanism, precision hinges recessed into the body, gasket seam for weather resistance. Hatch closed in the main shot (show one inset close-up of the hatch seam and actuator). On each of the four vertical faces of the main body, a recessed “eye” sensor pod — four symmetrical rectangular recesses with beveled edges, each containing a lens-like aperture oriented to provide a 90° horizontal field-of-view; pods are recessed and slightly concave so they are flush with the fuselage when viewed from front. Design these sensor windows as subtle, matte glass/ceramic panels with dark smoked finish and a soft internal rim light (very faint). No visible wires on the exterior. Landing gear: low-profile tubular skid legs that fold flush; camera gimbal mount under the cargo hatch with 2-axis gimbal and small FPV camera. Payload hook hidden behind hatch (not visible in main shot). Material palette: matte carbon fiber for arms, satin anodized titanium-gray for motor housings, off-white / warm-ivory central casing with textured matte finish, black rubberized seals around hatch. Accents: muted metallic bronze or copper on fasteners only. Lighting: soft studio lighting with subtle rim light to emphasize edges, neutral warm key light from top-left, cold fill from bottom-right. Shadow crispness medium, slight ambient occlusion for depth. Rendering style: photorealistic product CG — physically based rendering (PBR), 4k resolution, high micro-detail (visible grain on carbon fiber, hairline seams on hatch gasket, fine screw countersinks), depth of field slight for background blur, no motion blur. Compose centered, with 30% negative space around drone for cropping. Include three inset panels (top-right) showing: 1) close-up of the hatch seam and actuator (open), 2) close-up of one recessed sensor pod (interior smoked glass + lens), 3) interior cutaway thumbnail showing neat component layout (battery pack, BMS stack, ESC bus, Pi5 enclosure) — the cutaway thumbnail should be schematic-style but unlabeled and simplified, using muted color fills and clean separators (no text). Mood: high-tech industrial, refined and functional — avoid military look, avoid logos/brands. Color grading: neutral-cool, slightly desaturated. Output: PNG 4k, photorealistic render, no text, no UI, no watermark.
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
