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Anonymous1767861079
03-10 13:09
Model Name
cross-shaped servo hub 3d model
Tags
props
3d printing
realistic
Prompt
Generate a technical, photorealistic 3D render of a single mechanical connector designed to link a servo motor to carbon fiber rod wings for a bionic butterfly. Geometry: Core Hub: The main structure must be a precise 'K-shaped' geometry when viewed from the side, forming a strong central hub. Wing Sockets: The two upper arms of the 'K' each terminate in a precise, hollow cylindrical socket, positioned parallel to each other. The internal diameter (ID) must be tailored for a standard carbon fiber rod (e.g., 2.0 mm or 3.0 mm, specify for the desired rod size). Motor Connection Point: The very center of the 'K-shaped' hub features a clean, single counter-sunk screw hole (sized for an M2 or M2.5 screw) to attach directly to the circular output hand of a 1.7g to 3.7g micro linear/rotary servo (e.g., a standard 'Flying V' style connector). Actuation Tab: A smaller tab extends from the bottom leg of the 'K', featuring a tiny hole for connecting a standard 0.8 mm control wire or pushrod. Material & Aesthetics: Material: The model should be rendered in a matte black finish, appearing as if it were 3D printed from high-strength PLA or, more functionally, ABS, PC (Polycarbonate), or carbon-fiber-reinforced PA (Nylon). Aesthetics: The render must include realistic, slight layer lines characteristic of Fused Deposition Modeling (FDM) 3D printing, along with minor surface texture imperfections to show it is a functional, engineered prototype. Composition: The single part should be rendered against a neutral, blurred background (e.g., a brushed aluminum workbench), with sharp focus on the internal geometry of the 'K' core, the cylindrical sockets, and the screw hole."
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Anonymous1767861079
Anonymous1767861079