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#gears

Discover 3D models tagged gears and check their print information, files and terms before downloading.Search this tag in the catalogue →
Vista de Spur gear / main gear Mod1 47t for Thunder Tiger Tomahawk or other nitro RC cars

Spur gear / main gear Mod1 47t for Thunder Tiger Tomahawk or other nitro RC cars

This model is a replacement spur gear / main gear designed for the Thunder Tiger Tomahawk or other nitro RC cars. It was created as a solution for users unable to find replacement parts after gear damage. 1. Purpose: To serve as a replacement main gear for nitro-powered RC vehicles. 2. Practical Uses: Specifically intended for use in Thunder Tiger Tomahawk models or similar RC cars requiring a Mod1 gear. 3. Included Parts: The download includes two files: a standard spur gear (spur_gear.stl) and a 6-hole version (spu_gear_6_hole.stl). According to the author, the gear features 47 teeth, a 5cm diameter, an inner hole of approximately 2.52cm, and 3.3mm diameter screw holes spaced approximately 2.6cm apart. 4. Printing/Assembly Guidance: The author reports printing the part using PLA+ with 70% cubic subdivision infill. The author notes that this configuration has survived off-road use without visible damage.

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Vista de Reduction Gears for Robak 2

Reduction Gears for Robak 2

Purpose This modification provides a 19:1 gear reduction for the Robak 2, designed to increase torque while reducing top speed. This setup aims to improve acceleration, climbing capacity, and energy efficiency at low speeds, while reducing motor startup hesitation in sensorless configurations. Practical Uses The gear set is intended for use in the Robak 2 to enhance low-speed performance and climbing capabilities. Included Parts - Sleeve.stl - MotorPlate.stl - Gear1_13T.stl - Gear2_31T.stl - Gear3_14T.stl - Gear4_38T.stl - TopDeckR.stl Assembly Guidance Users must print the updated version of the TopDeck rear. Assembly requires removing a thin piece of plastic from the Chassis using pliers. Required hardware includes various M3 and M4 screws, nuts, a brass standoff, and specific bearings (3x 15x10x4mm and 2x 10x5x4mm).

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Vista de Cyberbrick OpenFrame One RC Chassis, Suspension and Flexible Wheel Components - STEP and 3MF

Cyberbrick OpenFrame One RC Chassis, Suspension and Flexible Wheel Components - STEP and 3MF

CAD and print-project files from a CyberBrick OpenFrame One RC car source project. Inspection of the STEP finds an open rectangular chassis structure with electronics compartments, four wheel-end suspension/linkage groups, gear and steering components, four flexible spoke-pattern wheel assemblies and six loose ring-like parts. The 3MF contains printable component meshes and repeated instances, including frame pieces, linkages, gears, wheel and hub components, mounts and the loose rings. Its layout differs from the STEP presentation. Two unchanged original files are included with descriptive English filenames: the STEP CAD source delivered inside a losslessly compressed ZIP and the separate 3MF print project. Extract the ZIP to access the unchanged STEP file. The files contain many components, so two files does not mean two printable pieces. CyberBrick identifies the supplied source project rather than a independently verified electronics fit or operating specification. No validated scale, hardware list or tested vehicle performance is supplied. The new cover uses a tessellated copy of the actual STEP geometry. The four supplied wheel assemblies are repositioned at the corresponding chassis ends for an illustrative mounted configuration; six loose source rings are displayed alongside. Blue structure, dark wheels, sand-colored rings, a changed angle and workshop background distinguish it from the source image. The original downloadable CAD and print-project geometry remains unchanged. The cover is a visual arrangement rather than a tested mechanical build. CyberBrick electronics, motor, servo, batteries, wiring, functioning lights and metal fasteners are not included as physical supplies. Check mounting positions, link travel, gear engagement, wheel interfaces and ring requirements against the intended hardware. Inspect the CAD and every print-project component before fabrication. A validated assembly procedure and printing profile are not supplied. MESHOPIA has not tested printing, fit, strength or powered operation. 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.

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