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MESHOPIAModelismo y radiocontrol

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#electronics

Descubre modelos 3D etiquetados como electronics 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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Dificultad
Sin especificar
Vista de Pieza de sujeción del conector de batería para Air65

Pieza de sujeción del conector de batería para Air65

Pieza plástica de sustitución para la zona del conector de una batería utilizada en un Air65. El autor la desarrolló después de romper la pieza original durante una intervención. La publicación no identifica la batería exacta ni aporta un procedimiento eléctrico de reparación, por lo que no se presenta como un recambio universal ni como una instrucción para abrir una celda. Preparación, compatibilidad e impresión Comprueba la geometría del conector y el espacio disponible con el equipo desconectado. La impresión no debe comprimir la batería, exponer contactos ni sustituir aislamiento dañado. No se especifican material ni parámetros de impresión. Si la batería presenta daños, la pieza impresa no la convierte en segura ni apta para seguir utilizándose.

Tecnología
Sin probar
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Dificultad
Sin especificar
Vista de Cubierta frontal personalizable para emisora RC

Cubierta frontal personalizable para emisora RC

Purpose This model serves as a front cover for DIY RC transmitter projects. It is intended as a starting point for hobbyists building custom radio controllers and can be modified to accommodate different electronics. Practical Uses The cover is designed for housing custom radio controllers that utilize dual joysticks, a display, an antenna, and various switches. It features dual joystick openings, a display cutout, an antenna mounting hole, and switch mounting positions. Included Parts - case 1 remote.stl - case 1 remote.step Printing and Assembly Guidance The author reports that the model is easy to print without the need for complex supports.

Tecnología
Sin probar
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Dificultad
Sin especificar
Vista de DC Socket Box

DC Socket Box

DC Socket Box Purpose This model is a housing designed to hold a screwed DC socket. It features two holes to accommodate the socket installation. Practical Uses According to the author, this housing was created to provide power for a monitor and a 3D printer LED light. Included Parts - DC Socket box.stl Printing/Assembly Guidance Not provided.

Tecnología
Sin probar
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Dificultad
Sin especificar
Vista de Holder for HW-140 DC-DC Volt LCD Display

Holder for HW-140 DC-DC Volt LCD Display

Holder for HW-140 DC-DC Volt LCD Display Purpose This model is designed to provide a permanent mounting solution for a HW-140 DC-DC Volt LCD Display. It was specifically developed to monitor the battery voltage of a 160 GS (y1963) scooter without interfering with normal vehicle operation. Practical Uses It can be used to install a voltmeter under the seat of a vintage Vespa scooter or other mobile devices to monitor electrical levels. The setup includes a push switch to allow the user to activate the measurement on demand. Included Parts The assembly consists of two main components: - A case for the voltmeter that clips into a second mounting part. - A mounting part designed to be attached to the scooter using the two original nuts used to fix the fuel tank. Printing and Assembly Guidance The model is provided in two files: Holder_HW140DCDC_3a.stl and Case_HW140DCDC_3a.stl. Regarding printing, the author states that the top part of the case should be printed with support everywhere. No specific printing instructions are provided for the lower part.

Tecnología
Sin probar
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Dificultad
Sin especificar
Vista de Cable Organizer & SKÅDIS Bases — 4, 6, 8 and 10 Discs

Cable Organizer & SKÅDIS Bases — 4, 6, 8 and 10 Discs

Keep cables neatly organised at your desk, electronics station or hobby workbench with this cable-organiser package and a choice of SKÅDIS base sizes. The download includes three components and four base variants for 4, 6, 8 or 10 discs, so you can choose a compact arrangement or expand your cable-storage setup. USES • Keep USB charging and data leads together between uses. • Organise programming leads and small electronics cables at an RC or model-making workbench. • Separate cables by device, connector or purpose using different print colours. • Reduce loose coils and tangles in a drawer or on a desk. • Build a dedicated cable-storage arrangement with the supplied SKÅDIS bases. WHAT IS INCLUDED Seven STL files: obj_1_Loop v15_2.stl, obj_2_Loop v15_3.stl and obj_3_Loop v15_1.stl, plus SKADIS_base variants for 4, 6, 8 and 10 discs. The three files are separate supplied components, not interchangeable size options. Choose the base capacity that suits your space. PRINTING AND FIT Open the parts in your slicer and check orientation, overhangs, clearances and support requirements in the layer preview. Print one organiser and your preferred base first to check fit before producing a full set. Cable capacity depends on length, diameter, stiffness and connector size; check your own cables and avoid forcing tight bends near connectors. No printer-specific slicing profile is included. Choose material, layer height, infill and supports to suit your printer and the actual geometry. Print time and material consumption vary with the base size and slicing settings. Mounting fit on your intended SKÅDIS board should be checked before printing a larger batch. This is a digital STL download. Cables, pegboard, mounting hardware and physical printed parts are not included. SKÅDIS is referenced to describe the intended application; this design is not affiliated with or endorsed by IKEA.

Tecnología
Sin probar
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Dificultad
Sin especificar
Vista de FRC Radio and Ethernet Switch Mount

FRC Radio and Ethernet Switch Mount

Purpose This model is designed to mount an FRC radio and an ethernet switch on top of each other to allow for easy access. It is a remix of a GrabCAD model, modified to fit the author's specific ethernet switch. Practical Uses This bracket is intended for use in FRC robotics applications to organize and secure electronic components. Included Parts - Radio And Ethernet Switch Mounting Bracket.3mf

Tecnología
Sin probar
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Dificultad
Sin especificar