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VW3D
03-22 23:10
Model Name
linq cup holder 3d model
Tags
3d printing
3d printing realistic
cup
cup holder
props
props 3d printing
props 3d printing realistic
props realistic
realistic
Prompt
Create a highly accurate 3D model of a cup holder compatible with the Sea-Doo LinQ system, focusing on correct locking and mounting geometry. CRITICAL: The LinQ mounting system must be realistic and functional. Fix previous issues: - Lower the locking posts height - Improve bottom locking geometry - Ensure proper rail-guided insertion system LinQ Base (HIGH PRECISION): Locking posts: - Diameter: 20mm - Height: 12–14mm (reduced height) - Rounded top edges - Exactly 90mm center-to-center spacing Underside rails: - Two parallel rails - Width: 12mm - Height: 5mm - Length: 70mm - Include chamfered front edges for smooth sliding insertion Central locking channel: - Width: 11mm - Depth: 6mm - Positioned between rails - Must allow latch engagement Base geometry: - NOT flat - Include structural cutouts to mimic real LinQ system - Rails must be the primary support contact surface DO NOT: - Place posts too high - Use flat base - Ignore rail system - Add fake or decorative shapes Cup holder: - Keep previous correct hollow design - Smooth external walls - Internal usable cavity Design goal: - Functional snap-in system - Realistic mechanical fit - Optimized for real-world use, not visual approximation IMPORTANT: This must behave like a real LinQ accessory that slides and locks into place. Match OEM Sea-Doo LinQ mounting interface. Prioritize rail-guided insertion and low-profile locking posts. Add engraved or embossed text to the existing 3D model of the Sea-Doo LinQ cup holder. Text: "VW 3D" Placement: - On the outer side of the cup holder - Horizontally centered - Positioned in the middle height of the cylinder Style: - Clean industrial font (sans-serif, similar to Arial or DIN) - All caps Text type: - Embossed (raised) text Dimensions: - Text height: 12mm - Depth (extrusion): 1mm - Ensure letters are thick enough for 3D printing (minimum stroke width 1mm) Design rules: - Text must follow the curvature of the cylinder surface - Do not distort readability - Keep exterior otherwise smooth and clean 3D printing: - Ensure text is clearly printable with a 0.4mm nozzle - Avoid thin or fragile details
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