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18 modelos etiquetados · Página 1 de 1

#motor

Descubre modelos 3D etiquetados como motor y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →
Vista de Brazo de recambio para servomotor MG995

Brazo de recambio para servomotor MG995

Brazo u horn imprimible para sustituir el accesorio de salida de un servomotor MG995. Es una pieza de unión entre el eje del servo y el mecanismo que se desea mover; no incluye el servomotor ni la varilla de mando. La compatibilidad indicada por la fuente se limita al MG995 y debe comprobarse con la unidad concreta, especialmente en el estriado central y la fijación. Preparación, compatibilidad e impresión El autor propone un 50 % de relleno. Ese dato no acredita la resistencia de una impresión particular. Antes de montar, comprueba que el estriado entra sin forzarlo, que el tornillo retiene la pieza y que el brazo no roza durante todo el recorrido. Prepara primero una prueba de encaje y evita compensar un ajuste incorrecto apretando más el tornillo.

Tecnología
Sin probar
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Sin especificar
Vista de Protector de cables de motor para dron FPV

Protector de cables de motor para dron FPV

Pieza destinada a cubrir los cables de motor de un dron FPV en su recorrido sobre el brazo del chasis. La fuente describe esa función, pero no identifica un bastidor compatible ni especifica longitud, anchura o sistema de fijación. No se presenta como un protector universal ni como aislamiento eléctrico certificado. Preparación, compatibilidad e impresión Compara el canal de la pieza con el conjunto de cables y el ancho del brazo. Comprueba que la sujeción no comprima conductores, roce soldaduras ni invada el recorrido de las hélices. Prepara una prueba de ajuste con el equipo apagado. No hay material o perfil de impresión documentado; la flexibilidad y la retención deben comprobarse en el montaje real.

Tecnología
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Vista de Tapón de escape para motor DLE de 120 cc

Tapón de escape para motor DLE de 120 cc

This model is a stopper designed for DLE 120cc gasoline engine exhausts. Practical uses include sealing or plugging the exhaust of a DLE 120cc motor. Included parts: stoper para mofle de DLE 120 1H 8 Gr.stl Printing guidance: The author reports printing this part in TPU with 10% infill.

Tecnología
Sin probar
Material
TPU
Dificultad
Sin especificar
Vista de Soporte de motorreductor N20 con fijaciones de 3 mm

Soporte de motorreductor N20 con fijaciones de 3 mm

Purpose This is a mounting bracket designed to hold N20 DC gear motors securely. The motor slides into the holder for placement. Practical Uses The author states this bracket is suitable for DIY robotics, RC cars, small rovers, and other electronics projects. Included Parts - motor holder.step - motor holder.stl Assembly Guidance The bracket can be attached to a chassis or other surface using 3 mm screws through two integrated mounting holes.

Tecnología
Sin probar
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Vista de Soporte modular de motor FPV para tubo de 16 mm

Soporte modular de motor FPV para tubo de 16 mm

Este conjunto reúne tres archivos imprimibles para fijar un motor pequeño a un tubo estructural de 16 mm dentro de un proyecto FPV experimental. Incluye dos variantes alternativas del cuerpo principal —una estándar y otra con un acabado de filete distinto— y una tapa superior independiente para cerrar la abrazadera del tubo en la configuración completamente impresa. Cada cuerpo combina una cuna semicircular vertical para el tubo con una placa circular aligerada y perforada para el motor. Los tres STL son piezas independientes, estancas y reproducibles; no incluyen motor, tubo de carbono, hélice, insertos, tornillos ni abrazaderas metálicas. La fuente describe dos configuraciones posibles. La primera utiliza el cuerpo impreso y la tapa impresa, sujeta mediante cuatro tornillos. La segunda emplea uno de los cuerpos con abrazaderas superiores de aluminio externas. También menciona insertos térmicos M3 en la parte inferior. Estas indicaciones identifican la intención del diseño, pero las dimensiones de los taladros, el patrón de motor, la longitud de tornillos y el ajuste sobre el tubo deben medirse y comprobarse en el montaje real. No se garantiza compatibilidad universal ni resistencia estructural. Para preparar la impresión, revise cada STL por separado y conserve la escala milimétrica. Las dos bases miden aproximadamente 39,92 × 26,15 × 70,36 mm; la tapa mide 28,30 × 33,32 × 11 mm. Oriente las piezas buscando una base estable y minimizando soportes dentro de los orificios y la cuna. Como punto de partida puede usarse una capa de 0,16–0,20 mm, cuatro o más perímetros y relleno moderado-alto. La fuente recomienda PA6 o PLA con fibra de carbono, pero cualquier material cargado exige boquilla resistente al desgaste y un secado correcto. Una impresión de prueba en material sencillo es preferible antes de comprometer hardware. Este diseño es un componente experimental, no una pieza aeronáutica certificada. Antes de instalar motor o hélice, compruebe el apriete, la alineación, la retención del tubo, la integridad de capas, los insertos y la ausencia de interferencias. Realice primero pruebas estáticas a baja energía, con protección ocular y sin personas cerca. No utilice la pieza en sistemas tripulados, cargas críticas ni operaciones sobre personas o bienes. Sustituya cualquier componente con grietas, delaminación, holgura o deformación térmica.

Tecnología
Sin probar
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Sin especificar
Vista de DC Motor Placeholder

DC Motor Placeholder

DC Motor Placeholder Purpose This model is a DC motor placeholder intended for use within CAD designs that require the inclusion of DC motors. It serves as a spatial reference within a digital assembly. Practical Uses This file is designed for digital modeling and design workflows. It allows users to account for the presence and volume of a motor within a larger CAD project. As noted by the author, this is not a physical print, but a placeholder for design purposes. Included Parts - DC Motor placeholder.stl Printing/Assembly Guidance This model is not intended for physical printing or assembly. The author explicitly states: "THIS IS NOT A PHYSICAL PRINT JUST A PLACEHOLDER".

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Vista de DC Motor Adapter for Flexible Dremel Shaft

DC Motor Adapter for Flexible Dremel Shaft

DC Motor Adapter for Flexible Dremel Shaft Purpose This 3D-printed adapter is designed to connect a flexible Dremel extension to a small DC motor. It serves as a bridge to allow the use of Dremel-style flexible shafts with standard DC motor setups. Practical Uses This tool is intended for use in workshops or DIY builds, specifically for projects requiring a flexible extension attached to a motor, such as polishing or grinding tasks. Included Parts The design includes .STL and .3mf files. The author notes that the screw shown in the product photos is provided only as an example of assembly and is not included in the design. Printing and Assembly Guidance The motor mount is specifically designed for a motor body diameter of 30.3 mm. It features an M18x2 threaded connection and a 3 mm shaft coupling. The provided .STL file is fully editable, allowing users to modify dimensions to fit specific motor requirements or project needs.

Tecnología
Sin probar
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Sin especificar
Vista de DC Brushed Motor 555 sized holder

DC Brushed Motor 555 sized holder

DC Brushed Motor 555 sized holder Purpose This 3D model is a custom holder designed to accommodate a DC Brushed Motor 555. It is intended for use in LEGO Technic-based projects. Practical Uses As specified by the author, this component is used in the project '35 KPH FAST Lego RC CAR - Lego RC Car Part 2' featured on the TinkerTown YouTube channel. It provides a mounting solution for the motor within a LEGO Technic car build. Included Parts The model is provided in a .3mf file format (555_cover_v3_8mm.3mf) and features an 8mm hole designed to fit a custom axle. Attribution: TinkerTown

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Vista de RC 4-screw motor mount

RC 4-screw motor mount

Rc 4 screw motor mount Purpose This model is a modable motor mount designed specifically for RC plane race motors. It is intended for use with aircraft featuring rectangular cross-section fuselages. Practical Uses It serves as a mounting solution for racing motors in RC plane builds, providing a stable interface between the motor and a rectangular fuselage. The design includes a dedicated cable hole to assist with wire management. Included Parts - Motor mount.stl Printing/Assembly Guidance Not specified in the source text.

Tecnología
Sin probar
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Sin especificar
Vista de Marker Pen Drawing Bot

Marker Pen Drawing Bot

Marker Pen Drawing Bot Purpose This model is a drawing bot designed to create random circular patterns. The author created this version using components repurposed from an RC boat toy. Practical Uses It serves as a remote-controlled drawing robot. The author notes that the bot's movement can be controlled using the remote controller from the original RC boat. Included Parts The model files include: - Bracket.stl (three required) - Top.stl - Base.stl - Weight.stl (multiple sizes required) - Mount.stl - Weight.step Printing and Assembly Guidance This is described as an easy print. Assembly requires three Brackets and several different sizes of the Weight. When adjusting the size of the Weight, the user should adjust the axle hole accordingly. The author suggests using different Weight sizes to manage two specific issues: using a weight that is too large may cause the motor to melt the PLA, while a weight that is too light may cause the bot to simply spin without drawing effectively.

Tecnología
Sin probar
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Vista de Packing for Metal 370 Motor Gearbox

Packing for Metal 370 Motor Gearbox

Packing for Metal 370 Motor Gearbox Purpose This model is a packing component designed to be placed between metal parts to improve the quality of the seal. Practical Uses It is intended for use with a Metal 370 Motor Gearbox. The author suggests that using this component can double speed. Included Parts - packing.stl - packing v2.stl - packing_0.2mm_PLA_MK3S_7m.gcode Printing and Assembly Guidance The author suggests printing the component in flexible filament (flex) for optimal results. The author has also indicated availability to design the entire case upon request via message.

Tecnología
Sin probar
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Vista de 3V DC Motor Fan

3V DC Motor Fan

3V DC Motor Fan Purpose This model is a fan designed for cooling applications, specifically engineered to interface with a DC motor. Practical Uses It is intended for use as a cooling component when paired with a compatible DC motor. Included Parts - LoftedFan.stl Assembly Guidance The fan is designed to fit a DC motor featuring a 2mm shaft.

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Sin probar
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Sin especificar
Vista de 1806 motor holder

1806 motor holder

Purpose This model is a bracket designed for the reverse mounting of a 1806 motor. Practical Uses It features a 30x30mm corner hole pattern and 16x12mm motor holes for mounting purposes. Included Parts 1806 holder.stl Printing/Assembly Guidance The author specifies using ABS/ASA material with 100% infill.

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Sin especificar
Vista de DC Motor Adaptor for Lego

DC Motor Adaptor for Lego

Purpose: A model designed to hold standard DC motors to enable connection to the Lego Technic System. Practical Uses: This adaptor allows for the integration of standard DC motors into Lego Technic builds. Included Parts: - Lego_Motor_Adaptor_Axle.stl - Lego_Motor_Adaptor_Body.stl Printing/Assembly Guidance: Use tree support for the body. Print the axle using a high quality preset to ensure rigidity. For additional security, the rubber holder found in a yellow geared motor can be used to hold the motor in place.

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Sin probar
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Vista de JGA25-371 DC Motor Bracket ORP

JGA25-371 DC Motor Bracket ORP

JGA25-371 DC Motor Bracket ORP Purpose This model is an ORP-compatible mounting bracket specifically designed for JGA25-371 DC motors. It is part of the Open Robotic Platform (ORP), an open-source project focused on creating reusable and user-friendly components for hobbyist robotics. By adhering to specific design rules, these parts are intended to be easily integrated and moved within various robotic builds. Practical Uses This bracket serves as a mounting solution for JGA25-371 DC motors within robotic assemblies that follow the ORP design standards. It allows for standardized attachment of the motor to a chassis or frame. Included Parts The package includes one STL file: JGS25-371 DC Motor Bracket ORP.stl. Printing and Assembly Guidance The bracket is designed for use with M3 screws. It features holes with a 3.5 mm diameter. The mounting holes are arranged in a grid pattern with 20 mm spacing, beginning from the center of the part. For full details on the design standards used, refer to the ORP design rules at https://openroboticplatform.com/designrules.

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Sin probar
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Sin especificar