3D Workspace
Home
Assets
Affiliate Program
Creator Program
Sign up/Log in
View Plans
DCC Bridge
aagreda
12-22 17:37
Model Name
futuristic jet 3d model
Tags
futuristic jet
jet airplane
realistic
rendering
rendering realistic
sleek fuselage
vehicle
vehicle realistic
vehicle rendering
vehicle rendering realistic
Input
Prompt
Create a high-quality 3D model of a wine bottle holder shaped like a commercial jet airplane. The object is a decorative tabletop wine holder, designed to hold one standard 750 ml wine bottle horizontally. Overall Design The airplane has a smooth, polished metallic appearance (brushed aluminum or chrome style). The model is left-right symmetric. All shapes are rounded and filleted, with no sharp edges. The design is stylized and slightly exaggerated for strength, not a scale-accurate aircraft. Fuselage The fuselage is an elongated capsule shape (rounded nose, tapered tail). The exterior fuselage is fully closed and smooth on this version. Internally, the fuselage contains a hidden cylindrical cavity sized to hold a wine bottle (approx. 75–78 mm diameter, 300–320 mm length). Wall thickness appears uniform and suitable for manufacturing or 3D printing. Wings Two swept-back wings mounted at mid-fuselage height. Wings are thick at the root and taper toward the tips. Wings blend smoothly into the fuselage with large fillets. Engines Two cylindrical jet engines mounted under the wings. Rounded intake with visible fan detail. Slight taper toward the exhaust. Tail One vertical stabilizer with swept-back shape and rounded top. Two horizontal stabilizers mounted low on the rear fuselage. Landing Gear Front landing gear with a single wheel under the cockpit area. Rear landing gear with dual wheels under the wing root area. Landing gear is structural, allowing the object to rest flat on a surface. Surface Details Engraved cockpit windows at the front. Small engraved passenger windows along the fuselage. No logos, no airline branding. Constraints The model must be watertight and suitable for 3D printing. Avoid thin walls, overhangs, or fragile details. Keep geometry clean and production-ready. Output: A clean, unified 3D mesh suitable for export as STL
Detailed Info
Related Models
Enter invite code
Enter invite code to get credits!
aagreda
aagredaaagreda