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Engine mug 3D Models

Find the best Engine mug 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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Emilio Alexander Rodríguez Peralta (Beta)
A 3D-printable functional mug with the same visual style and proportions as the current V6 engine mug design.
The engine block must extend upward, reaching almost the full height of the mug, stopping just below the top rim, while keeping the rim clean and unobstructed.
The transition between the cylindrical mug body and the engine block must be smooth, continuous, and stylized, eliminating sharp steps or shelf-like separations.
The joint should look like an integrated mechanical collar or machined transition, with subtle bevels and rounded fillets, maintaining a clean mechanical aesthetic.
The interior cavity remains a perfect, smooth cylindrical hollow, completely empty, with no internal geometry or distortion, designed to hold liquids.
The exterior preserves the existing V6 engine style, including valve covers, bolts, exhaust headers, pulleys, and gears, but adjusted proportionally so the engine appears taller and more cohesive with the mug body.
The handle remains thick, ergonomic,
Emilio Alexander Rodríguez Peralta (Beta)
A functional 3D-printable mug shaped like a stylized realistic V6 engine.
The exterior forms a compact V6 engine block with clearly defined mechanical elements such as bolts, valve covers, exhaust headers, pulleys, and gears integrated into the body.
The engine block has a glossy red painted metal appearance, while the mechanical parts look like brushed steel or aluminum.
The interior of the mug is a smooth, cylindrical hollow cavity designed to hold liquids, with a reinforced rim at the top.
The handle is organically integrated into the engine design, ensuring ergonomic grip and strong structural support.
The model is fully watertight, manifold, with no floating parts or intersecting geometry.
Optimized for 3D printing, using uniform wall thickness (minimum 3 mm), clean topology, and avoiding ultra-thin or fragile details.
Realistic proportions, balanced design, no text, no logos.
Scale to a standard mug size with approximately 350 ml capacity.
Emilio Alexander Rodríguez Peralta (Beta)
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