?

Crushed aluminum can 3D Models

Find the best Crushed aluminum can 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.

You May Also Like :
crushedmetal-roll-updentedsoda
Anonymous1768584358
Anonymous1773935230
Anonymous1767958673
Anonymous1767958673
Anonymous1758319959
Anonymous1769303109
A realistic close-up of a crushed aluminum cold drink can, squeezed and deformed by pressure. The can shows deep dents, sharp folds, and wrinkled metal textures. Small drops of condensation and leftover liquid are visible on the surface. The aluminum reflects light with subtle highlights and scratches. Shot at a 45-degree angle, cinematic lighting, high realism. Background minimal and slightly blurred to keep focus on the crushed can. Style: photorealistic, ultra-detailed, studio-quality render. No people, no text, no logos unless specified.
Anonymous1769202831
Anonymous1742371601
Anonymous1739350978
Anonymous1768587498
Anonymous1762275856
Anonymous1768044945
A realistic crushed aluminum Red Bull can crushed like the image, with a flat back. Keep the creases but inflate the bottom half of the can in depth by 35%. The bulge is formed by stretched aluminium
Anonymous1764097107
A realistic crushed aluminum Red Bull can, modeled as one continuous metal object with no added or separate volumes. The back of the can is fully flattened and compressed, showing sharp folds, creases, and crushed aluminum deformation. Make half the can (bottom of can) inflated in depth and width by 40%
Anonymous1764097107
A realistic crushed aluminum Red Bull can, modeled as one continuous metal object with no added or separate volumes. The back of the can is fully flattened and compressed, showing sharp folds, creases, and crushed aluminum deformation. The sealed bottom of the can (the circular aluminum base, not the drinking opening) is physically bulged outward due to internal pressure, as if air expanded inside the metal can itself. This bulge is formed by stretched aluminum, increasing width and depth only, while remaining part of the same thin metal shell. The inflated area shows metal tension, stress lines, preserved creases, and realistic dent transitions, not smooth or soft surfaces. There is no separate balloon, cushion, foam, or plastic material — the entire object is rigid aluminum with realistic deformation. The top of the can (pull-tab drinking side) remains crumpled and folded inward.
Anonymous1764097107
A realistic crushed Red Bull aluminum can, scanned as a single object. The back of the can is completely flattened and compressed, showing sharp metal folds and creases from being crushed. The front and sides retain the original Red Bull branding, colors, and printed text, slightly distorted by the crushing. The bottom of the can (the sealed aluminum base, not the drinking opening) is partially inflated like a balloon, bulging outward in width and depth while remaining attached to the flattened body. This inflated base keeps realistic aluminum tension, stretched metal highlights, and preserved crease lines where the inflation meets the crushed areas. The top of the can (the drinking side with the pull tab) remains crumpled and folded inward. Material is thin brushed aluminum with realistic dents, scratches, matte reflections, and subtle grime. High-detail geometry, clean topology, physically accurate deformation, photorealistic proportions.
Anonymous1764097107
Anonymous1766651064
Enter invite code to get credits!