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Buoy 3D Models

Find the best Buoy 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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boia flutuante com entrada pra um eixo no centro com astes nas bordas
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Create a realistic 3D model of a floating river monitoring buoy exactly as described in an academic engineering project, designed for real-world deployment. Overall Structure: The buoy has a trimaran floating configuration consisting of: • One central vertical cylindrical hull (primary buoyancy body) • Two smaller cylindrical side outriggers, symmetrically placed on the left and right of the central hull • The three cylinders are connected by rigid horizontal support arms All hulls are made of PVC or HDPE-like material, with smooth rounded ends, designed to float stably in flowing river water. Approximately 40–50% of each hull is submerged below the waterline. Buoy Geometry & Stability: • Central hull is visibly larger in diameter than the side hulls • Side hulls are hollow and used only for lateral stability • The trimaran layout prevents tilting, rolling, and rotation in river currents Top Section (Above Water): Mounted on top of the central hull is: • A compact, weatherproof ele
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3D MODEL DESCRIPTION – FINAL PROTOTYPE (A.U.R.A. Floating Buoy System) Overall Look & Style Minimal, futuristic, and clean Arctic design Soft whites, light greys, and pale ocean blues Smooth shapes with rounded edges (no sharp corners) Designed to look durable, realistic, and scalable 1. Surface Buoy & Electronics Housing (Top Floating Unit) Shape: Flat, rounded disc (like a thick donut but sealed) Material: Matte white marine-grade polymer Slight satin finish (not glossy, not rough) Texture: Smooth body Very subtle micro-texture to suggest anti-slip + weather resistance Function (implied): Houses battery, processor, and communication system Keeps electronics fully waterproof 2. Solar Panel (Top Center) Shape: Thin square panel embedded into the buoy surface Material: Dark navy/black tempered glass Texture: Smooth, slightly reflective glass Fine grid lines visible (solar cells) Visual cue: Flush with the buoy surface (not sticking out) 3. Environmental Sensor Unit (Top Side Cylinde
Anonymous1769243420
3D MODEL DESCRIPTION – FINAL PROTOTYPE (A.U.R.A. Floating Buoy System) Overall Look & Style Minimal, futuristic, and clean Arctic design Soft whites, light greys, and pale ocean blues Smooth shapes with rounded edges (no sharp corners) Designed to look durable, realistic, and scalable 1. Surface Buoy & Electronics Housing (Top Floating Unit) Shape: Flat, rounded disc (like a thick donut but sealed) Material: Matte white marine-grade polymer Slight satin finish (not glossy, not rough) Texture: Smooth body Very subtle micro-texture to suggest anti-slip + weather resistance Function (implied): Houses battery, processor, and communication system Keeps electronics fully waterproof 2. Solar Panel (Top Center) Shape: Thin square panel embedded into the buoy surface Material: Dark navy/black tempered glass Texture: Smooth, slightly reflective glass Fine grid lines visible (solar cells) Visual cue: Flush with the buoy surface (not sticking out) 3. Environmental Sensor Unit (Top Side Cylinde
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This is a float line make it 3D
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Enter invite code to get credits!