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Slip on shoe 3D Models

Find the best Slip on shoe 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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Realistic 3D model of a breathable slip-on comfort shoe (fabric upper, mesh toe panel, brown padded collar, thin flexible sole).

CRITICAL: This must be real wearable footwear construction.

• Hollow interior
• Open foot cavity
• Empty inside
• Visible internal volume for a foot
• Separate inner lining and outer shell
• Realistic wall thickness (fabric + sole)
• Opening at the top for foot insertion
• Toe box internal space
• Heel cup internal space
• Modeled as functional footwear

NOT allowed:
• Not a solid object
• Not a solid block
• Not a filled mesh
• Not a statue or toy model
• Do not close the interior

Structure style:
product CAD model, manufacturable design, engineering-based footwear construction

Geometry:
clean quad topology, manifold mesh, separate inside/outside surfaces

Style: realistic product 3D model, game-ready, physically plausible
Anonymous1756195920
make the inside of the shoe hollow
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Reginaldo
Anonymous1755351253
Generate a watertight, manifold STL of a futuristic one-piece slip-on shoe inspired by sculpted sensory foam footwear. Scale to US men’s size 11.5. The model must have a clearly defined flat plantar sole surface facing downward on the Z- axis. All circular nodes must exist ONLY on the bottom (plantar) surface and must not appear on sidewalls, edges, or vertical faces. Define a sole boundary margin: keep all nodes at least 12 mm inward from the outer perimeter of the outsole.
Place exactly 22 circular compression nodes on the plantar surface only: six large nodes (24–26 mm) under the heel in two staggered rows, four medium nodes (18–20 mm) in the rear midfoot with a clear empty arch center, eight smaller nodes (13–15 mm) under the metatarsal heads, and four smallest nodes (10–12 mm) along the toe-off flex line. Nodes must protrude 1.5–3 mm straight downward from the sole plane, with filleted transitions. No logos, seams, or text. Optimize for FDM printing.
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