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3 modelos etiquetados

#original 3MF

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Vista de RC Wheel Balancer Body, Panels and Adapter Inserts - Eleven OBJ Files and 3MF

RC Wheel Balancer Body, Panels and Adapter Inserts - Eleven OBJ Files and 3MF

Printable body and accessory geometry for an RC wheel-balancer project. The inspected upright main body has an extended base tray, sloped front surfaces, a circular side opening and small recessed compartments at the top. Separate meshes provide the bottom-tray panel, plain screen-shaped panel, front-face panel, embossed RCWB logo panel and small tray liners. Additional parts include a long bolt insert, an outer-bearing insert, a butterfly-shaped tightening handle and two wheel-adapter inserts. RAPID FORGE is credited in the supplied 3MF filename. This download includes eleven unchanged OBJ files and the original 3MF project, all renamed in English. Source labels identify a 6 mm bolt insert, a 12 mm / 1:10 insert and a 17 mm / 1:8 insert. These labels describe the supplied files; they do not establish tested dimensions or universal wheel compatibility. The tightening-handle filename specifies X2, while its OBJ contains one handle design; print quantities must be checked against your assembly. The new cover shows the main body and four matching cosmetic panels together using their shared original coordinates. Adapter parts, the bolt insert and tray liners are arranged beside it. Blue and sand finishes, a changed angle and a new workshop background distinguish the cover from the source photo. The screen is a plain geometric panel, not an electronic display. The referenced OBJ material files are absent from the supplied archive, so carbon-fiber and holographic textures are not included. No RC wheel, metal shaft or bolt, bearings, nuts, electronic display or balancing weights are supplied. This is a collection of printable project parts; MESHOPIA has not verified a working balancing mechanism, bearing fit, accuracy, assembly or printing. Check the side opening, adapter clearances, shaft alignment, attachment method and external hardware requirements before fabrication. The cover renders the actual meshes and shadows in Blender and composites them over a workshop background generated locally in ComfyUI.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Chassis Plate, Motor Pod and Mounting Parts for a T-Zeta 1:28 RC Project - 3MF

Chassis Plate, Motor Pod and Mounting Parts for a T-Zeta 1:28 RC Project - 3MF

A multi-part chassis project supplied as telaio v2.3mf, from a source labeled T-Zeta 1:28 RC pan-car / Mini-Z. Inspection finds a broad chassis plate with raised side rails and mounting features, a separate motor-pod-shaped enclosure with cylindrical openings, several transverse mounting plates, narrow links, small rectangular blocks and thin ring spacers. The file contains seventeen mesh instances, including repeated small parts. It is not just one solid chassis frame. One unchanged original 3MF project is included with an English filename. The 1:28 scale and Mini-Z reference come from the source project name; they do not establish universal compatibility with Mini-Z vehicles or a tested build. The original project layout, printer settings and repeated mesh instances remain preserved in the download. The new cover shows every supplied mesh instance separately on a common surface so that the actual chassis plate, enclosure and mounting pieces can be inspected. Overlapping repeated blocks and spacers were separated for the image. Blue main parts, sand-colored small components, a changed angle and a new workshop background distinguish it from the source vehicle photo. The cover is a component presentation rather than a verified completed mechanical assembly. The donor body shell, wheels, tires, motor, electronics, battery, wiring, metal axles and fasteners seen in the source photo are not included. Check the motor-pod opening, chassis mounting points, steering connections, wheelbase, spacer thickness and hardware requirements before fabrication. No validated bill of materials, assembly quantities or tested printing profile is supplied. MESHOPIA has not tested printing, fit, strength or vehicle operation. The cover renders the actual meshes and shadows in Blender and composites them over a workshop background generated locally in ComfyUI.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Simplified RC Car Body, Chassis Plate, Wheels and Mechanical Parts - Three 3MF Projects

Simplified RC Car Body, Chassis Plate, Wheels and Mechanical Parts - Three 3MF Projects

A simplified RC car source project labeled Fully 3D printable RC Car v0.1. Inspection finds a smooth, stylized car body shell without modeled window glazing, a separate chassis plate, four five-spoke wheel-rim instances in two hub variants, two spur gears, an open mounting enclosure, a narrow multi-hole connecting bar and two complementary angled steering or linkage brackets. A separate tire project contains four smooth ring sleeves. Three unchanged original 3MF projects are included: Body, Parts and Tyres, renamed in English. Body contains two mesh instances, Parts contains ten and Tyres contains four. The original printer/project layouts and repeated instances remain preserved. The phrase Fully 3D printable is the source project name; it does not mean that motors, electronics, power supply or every fastening requirement are included. No tested vehicle scale or universal compatibility is established. The new cover arranges the actual shell and chassis plate with the four supplied rim and tire instances in an illustrative car configuration. The gears, mounting enclosure and linkage pieces are displayed separately alongside. Blue bodywork, sand-colored rims and mechanical pieces, dark tire sleeves, a changed viewpoint and a new workshop setting replace the source photograph. This presentation has not been validated as a working assembly. Motor, radio equipment, servo, battery, wiring, metal axles and fasteners are not included. Check wheel-hub interfaces, axle placement, gear alignment, steering clearances, enclosure fit and hardware requirements before fabrication. A verified bill of materials, tested print profile and working electronics configuration are not supplied. MESHOPIA has not tested printing, fit, strength or powered vehicle operation. The cover renders the actual meshes and shadows in Blender and composites them over a workshop background generated locally in ComfyUI.

Technology
Sin probar
material
—
Difficulty
Sin especificar