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Helmet 3D Models

Find the best Helmet 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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Евгений Береснев
Anonymous1776325883
Adult road cycling helmet for 59–60 cm head size. Helmet dimensions: 280 mm L × 220 mm W × 160 mm H. White polycarbonate outer shell, black EPS foam liner, aerodynamic vents, black nylon straps and buckle. Two symmetrical Loki-style curved horns mounted on top. Horn height 60 mm, base diameter 30 mm, hollow interior, 2–3 mm wall thickness, rounded safety tips, metallic gold finish. Each horn has a 40 mm × 30 mm curved mounting base matching helmet curvature. Include two zip-tie slots (12 mm × 4 mm) and flat adhesive area for secure attachment. Lightweight, realistic, functional, safe for cycling. Optimized for 3D printing, watertight mesh, clean topology, minimal supports. Single isometric view, photorealistic product render, white studio background.
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Anonymous1729518773
Create this helmet
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Anonymous1779590479
Create an ultra-accurate 3D printable miniature Formula 1 Bell XFM-1 helmet shell based EXACTLY on Ayrton Senna’s 1991 helmet. Prioritize authentic Bell 1991 proportions, silhouette, dome curvature, compact chin, elongated rear taper, narrow jaw profile, and realistic visor opening geometry. Generate ONLY the smooth outer shell with hollow interior and open bottom. Visor opening must remain completely empty. DO NOT include visor, pivots, screws, mounting holes, vents, grooves, seams, decals, paint, logos, textures, padding, foam, or modern aero features. Style must match an authentic early-1990s Bell F1 helmet with soft continuous organic curvature and no sharp edges. Exact 1:10 scale. Final dimensions: 32mm height, 26mm width, 30mm length. Uniform 1.0mm wall thickness optimized for SLA/MSLA resin printing. High-poly smooth subdivision-quality surface, watertight manifold mesh, clean topology, no non-manifold edges, printable production-ready STL and OBJ.
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