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#rims

Discover 3D models tagged rims and check their print information, files and terms before downloading.Search this tag in the catalogue →
Vista de OpenRC 1:10 RC Truggy Rim for Monster Truck 10-Spoke Tires

OpenRC 1:10 RC Truggy Rim for Monster Truck 10-Spoke Tires

OpenRC 1:10 RC Truggy Rim for Monster Truck 10-Spoke Tires Purpose This model is a remix of the original OpenRC 1:10 4WD Truggy Concept RC Car Rims. It is specifically redesigned to be compatible with HobbyKing 1:10 Monster Truck 10-Spoke tires. Practical Uses By utilizing these rims with the specified HobbyKing tires, the vehicle achieves a much wider stance. This modification is intended to provide improved stability during turns. Included Parts - truggy_rim.stl Printing and Assembly Guidance Recommended print settings include using no supports and an infill of 100%. The use of rafts is listed as "Doesn't Matter." Regarding materials, the author used PETG and notes that ABS will be fine. The author has no experience using PLA for this model.

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Vista de Rim for Crawler Tires for 1/10 RCar

Rim for Crawler Tires for 1/10 RCar

Rim for Crawler Tires for 1/10 RCar Purpose Designed as part of the "Moster Tarmo" project, these rims are intended for use with crawler tires on a Tarmo5 vehicle. They serve as the interface between the crawler tires and the vehicle chassis. Practical Uses These rims are specifically designed to accommodate crawler tires, such as those found on Amazon (link provided in source). The author notes that for optimal performance in these new use cases, the vehicle should utilize higher gear ratios (e.g., 10:1) to prevent motor strain. To ensure the tires remain secure during cornering, the author recommends gluing the tire to the rim. Included Parts The model includes two files: - inner.stl - outter.stl Note: The author requests community assistance in identifying if these rims follow a specific standard to help other users fit them to different tires.

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Vista de Rally rims Alfa Romeo 26 mm TAMIYA

Rally rims Alfa Romeo 26 mm TAMIYA

Rally rims Alfa Romeo 26 mm TAMIYA Purpose This 3D model provides custom-designed rims specifically created for an Alfa Romeo GT rally model. The author developed these files to fill a gap in available parts for this specific vehicle type. Practical Uses These rims are intended for use with a Tamiya Alfa Romeo GT rally model. They are designed to fit a 26 mm scale requirement. Included Parts - felga vintage rally.stl Printing and Assembly Guidance The author recommends using PETG as the material for printing these rims.

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Vista de 12mm RC car rim

12mm RC car rim

12mm RC car rim Purpose This model provides a robust design of car rims specifically engineered for use with a 12mm hex connection. The set is designed to provide directional orientation, featuring two different rim designs specified for the left and right sides of a vehicle. Practical Uses These rims are intended for use in RC car applications requiring a 12mm hex mounting system. The inclusion of distinct left and right versions allows for proper aesthetic or functional orientation during assembly. Included Parts The set includes the following files: triangle L.stl triangle DP.stl triangle SL.stl triangle SP.stl

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Vista de RC Foam Tyre Inserts for Proline Hyrax 120mm

RC Foam Tyre Inserts for Proline Hyrax 120mm

RC Foam Tyre Inserts for Proline Hyrax 120mm. These inserts feature rims designed with two rows of weights. The author intends for these to improve side tilt compared to original inserts and notes they are suitable for heavy cars; the author's own vehicle weighs approximately 7kg. 1. Purpose: To serve as foam tyre inserts for Proline Hyrax 120mm wheels, specifically designed to assist with heavy RC vehicles and improve side tilt. 2. Practical Uses: Designed for heavy RC cars (author's example is 7kg) to improve stability and side tilt. 3. Included Parts: The files include Insert_v1.1.stl, as well as .3mf files for front and rear configurations (Insert_front_v1.1.3mf and Insert_rear_v1.1.3mf). Gcode files for MK3S are also provided. 4. Printing/Assembly Guidance: The author recommends using Filament PM - TPE 88 RubberJet Flex. For front wheels, use 2 bottom layers. For rear wheels, use only infill. The provided .3mf files contain modifiers that allow the user to choose between bottom layers, infill, or top layers based on their specific model and testing results.

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Vista de Rims for Robak or HSP88005

Rims for Robak or HSP88005

Rims for Robak or HSP88005 Purpose This model provides four different rim designs intended for use with the Robak or HSP88005. The author notes that while the rims have been printed, they have not been fully tested. Practical Uses These rims are designed for RC car applications. The author suggests that while they were printed using PETG, a hard TPU material will likely provide longer durability. Included Parts - Rim_V1.stl - Rim_V2.stl - Rim_V3.stl - Rim_V4.stl Printing and Assembly Guidance To prevent supports from entering the hex socket, the middle hole is covered with a 0.2mm layer during printing. After printing, use a knife to cut the hole open. Recommended print settings include: - Orientation: Lay flat on the bed with the outer design facing up. - Layer Height: 0.2mm - Walls: 5 - Infill: 40% - Supports: On (Caution: Do not allow supports to cover the inside of the hex socket). Attribution: Source provided by author.

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Vista de Volkswagen Beetle — Body, Interior and Wheel Variants

Volkswagen Beetle — Body, Interior and Wheel Variants

This Volkswagen Beetle body is identified in the source collection as a 1956 Fusca. The three original STL assets provide the rounded body shell, a separate interior and a steering-wheel component. Visible features include the curved roof, window openings, fenders, rear engine-cover contours and source bumper geometry. The original three-file set contains the body, interior and steering wheel. Additional body and wheel variants are listed below; a working chassis or drivetrain is not included. FILES AND TRACEABILITY The ZIP retains all original STL geometry bytes under English filenames, with an English file guide identifying each source component. Original documentation, where supplied, is preserved under English filenames. The individual STL files are also available for browser inspection. The public gallery uses our own rendering rather than the source photographs. PREPARATION AND USE Suitable for miniature painting, scale-model detailing, display projects and further mesh preparation. Printing and physical assembly have not been tested. Inspect units, dimensions, wall thickness, topology, supports, component alignment and fit before fabrication. No exact physical scale, printer settings, mounting pattern or chassis compatibility has been verified. ORIGINAL MESHOPIA COVER Our Blender-rendered image shows the source model with a new emerald finish on a painting stand in a wooden hobby workshop. Paint, stand, lighting and tools illustrate a possible finishing workflow; scene props are not included. The current cover is an original AI-assisted MESHOPIA photorealistic illustration of the supplied model or its components in a hobby-workshop use or finishing scene. It illustrates a proposed finish and does not document a manufactured, printed, assembled or tested prototype. Consult the downloadable source files for the geometry and included components. LICENSE Published by MESHOPIA under CC0 with redistribution authorization confirmed by the uploader. ADDITIONAL BODY AND WHEEL VARIANTS Ten additional source STL files are supplied in a second English-named ZIP: six wheel, rim and tyre components from the first source layout, plus a second body shell, interior, wheel layout and steering wheel. All ten additions have separate selectable lightweight 3D previews. Together with the three original STL views, thirteen geometries are available for on-demand inspection. The original source body is identified as 1956; no verified year is assigned to the additional body variant. Source folders carry 1:18 and 1:24 labels, but actual fabrication scale, fit and cross-variant compatibility are untested. The two complete ZIP packages retain original native bytes and file guides. Display previews are normalized and approximately simplified; they do not establish physical units. Keep the variants separate when checking assembly. The existing own MESHOPIA cover is retained and does not illustrate every alternative.

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Vista de Car Tuning Components — Vehicle Kitbash Set

Car Tuning Components — Vehicle Kitbash Set

A car-tuning kitbash component collection whose BLEND scene contains 86 named mesh objects. It includes wheels and rims, tyres, turbocharger and fan forms, steering wheels, sport seats, spoilers and wings, bumper and fascia components, side body pieces and structural/frame parts. The set supplies parts for further modelling rather than a complete working vehicle. The own use image shows five representative source objects: three rim designs, one sport seat and one turbocharger; it does not show the entire inventory. Seven native geometry formats are preserved. The 3DS file did not yield any usable mesh faces during conversion; it is retained as supplied, with no successful 3DS browser preview claimed. Six other source files have separate converted previews. COMPLETE SOURCE PACKAGE Geometry inventory: 1 3DS, 1 BLEND, 1 DAE, 1 FBX, 1 MAX, 1 OBJ, 1 STL. The ZIP preserves original native geometry bytes under English filenames. An included English file guide maps the files to their source part labels and documents duplicate aliases. Technical textures and documents are included where supplied. Internal native texture paths may require manual relinking. ON-DEMAND 3D INSPECTION 6 separate lightweight STL previews can be selected individually in the 3D viewer. Each is a normalized, approximate display conversion of its corresponding source, not a replacement for the full original. File identifier/source format mapping: 002: BLEND; 003: DAE; 004: FBX; 005: MAX; 006: OBJ; 007: STL. Native sources without a complete verified display: car-tuning-components-kitbash-geometry-001.3ds. PREPARATION AND USE Check original units, scale, assembly alignment, clearances, wall thickness, manifoldness, fabrication supports and component compatibility before use. Printing, mechanical function and assembly fit are untested. No included working RC electronics or verified printer profile is claimed. OWN MESHOPIA USE IMAGE An original locally generated AI-assisted photorealistic presentation is guided by inspected source geometry or supplied private assembly references, with a new finish, camera and usage setting. It illustrates the model or tools in use; it is not evidence of a manufactured object or a physical print. Additional scenery, tools, workshop equipment and installation hardware shown for context are not supplied. LICENSE Author and publisher: MESHOPIA. CC0 redistribution authorization confirmed by the uploader.

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