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#montaje

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Vista de Soporte de servo con alojamiento para conector

Servo bracket with connector housing

Mount for a servomotor that incorporates a zone intended for a female servo cable connector. The design aims to house the servo and organize the cable output. The source does not identify a specific servo model or its dimensions, so compatibility must be verified in the file and with the physical component. Preparation, compatibility, and printing The hardware is described as "832" and "832 × 1 3/4"; this notation needs confirmation before purchasing or forcing screws into the part. Compare the position of the lugs and the cable path, and ensure the connector remains accessible. No material or profile is documented. Perform a fit test without powering the servo and keep the arm's range of motion clear.

Technology
Sin probar
material
—
Difficulty
Sin especificar
Vista de Soporte de motorreductor N20 con fijaciones de 3 mm

N20 gear motor mount with 3 mm fastenings

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.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Carcasa Flywoo O4 adaptada para cámara CO3

Flywoo O4 housing adapted for CO3 camera

Housing modified from the Flywoo O4 design to house a CO3 camera. The source indicates a 25.4 × 25.4 mm mounting pattern and mentions M2 screws and threaded inserts. The modification adds material around the camera; the author's claims regarding impacts or vibrations do not equate to protection tested by Meshopia. Preparation, compatibility, and printing The author recommends TPU with supports. Check the removal of those supports and the lens clearance before slicing. Verify the exact camera, the connectors, and the clamp closure without tightening the equipment housing. The length of all screws and a confirmed final weight are not provided; measure the assembly before installing it.

Technology
Sin probar
material
TPU
Difficulty
Sin especificar
Vista de Soporte de antena para bastidor HGLRC MY5

Antenna mount for HGLRC MY5 frame

Identified antenna mount for the HGLRC MY5 frame. The original description does not provide dimensions or a list of compatible antennas and connectors. The source tags mention various FPV systems, but these are not enough to ensure that all fit on the same part. Preparation, compatibility, and printing Compare the mounting points, housing diameter, and connector space with your frame. Check that the coaxial cable is not forced and that the antenna remains outside the path of the propellers. No material or print profile is documented. A fit test allows checking the retention before installing the electronics.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Soporte en L 40 × 40 mm · ancho 30 mm · 2 agujeros Ø5 mm

Soporte en L 40 × 40 mm · ancho 30 mm · 2 agujeros Ø5 mm

Escuadra de demostración de una sola pieza, con dos alas a 90° y un agujero pasante en cada ala. La imagen de uso ilustra la unión de un panel vertical a una base horizontal. MEDIDAS • Dimensiones exteriores: 30 × 40 × 40 mm. • Ancho: 30 mm. Extensión exterior de cada ala: 40 mm. • Espesor: 4 mm. • Dos agujeros nominales Ø5 mm, centrados en el ancho a 15 mm de cada lateral. Cada centro está a 26 mm del plano exterior del encuentro y a 14 mm del extremo libre. QUÉ INCLUYE Un STL con el soporte y un archivo LEEME con medidas, unidades y comprobaciones. La madera, los tornillos y las arandelas del render son ilustrativos y no están incluidos en el STL. No se especifica un sistema de fijación validado. UNIDADES Y VERIFICACIÓN Importar el STL en milímetros y comprobar un tamaño de 30 × 40 × 40 mm: el formato STL no almacena unidades. La malla exportada tiene 804 triángulos, un único componente conectado, orientación coherente, sin bordes abiertos ni triángulos degenerados. Se verificaron digitalmente los dos pasos y el espesor. ESTADO DEL DISEÑO Modelo creado en Blender con asistencia de Codex. Las imágenes son renders, no fotografías de una impresión. No se ha impreso ni ensayado físicamente; no hay material, perfil de impresión ni carga admisible validados. Ajustar orientación, soportes, paredes, relleno y tolerancias según impresora, material y aplicación. Diseño de demostración, sin validación mecánica para usos estructurales o de seguridad.

Technology
Sin probar
material
—
Difficulty
Sin especificar