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3 modelos etiquetados

#fpvdrone

Descubre modelos 3D etiquetados como fpvdrone y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Open all filters →
Vista de Far Star30: proyecto de microdron FPV

Far Star30: FPV micro-drone project

Far Star30 FPV micro-drone project. The original description mentions a 18650 battery, 1202.5 size motors, a BetaFPV Matrix 1S AIO controller, and a DJI O4 Wide system. The motor figure is written as "11000kw" and the weight is incomplete; these data points are not reinterpreted as confirmed specifications. The long-range designation also does not certify autonomy or flight distance. Preparation, compatibility, and printing Identify the parts of the download and cross-reference the electrical and mechanical compatibility with the documentation of each component. Do not purchase motors or batteries based on the ambiguous figure from the source. A print profile, final weight, and complete assembly list are missing; the sheet must be treated as a project pending validation. Content and design origin The Meshopia download retains farStarWide14.stl and mountCanopy.stl. The author's page identifies the project as an adaptation of the Drone Mini 1S R1 Frame design from MakerWorld. It describes changes in the controller installation and in the mounting of a BetaFPV Meteor 75 Pro 2 canopy. This is a statement by the author, not a fit check performed by Meshopia. The source remains incomplete regarding weight and does not clarify the motor figure.

Technology
Sin probar
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Difficulty
Sin especificar
Vista de Soporte GoPro y GPS Mini M10 para Manta 5 SE DC

GoPro and GPS Mini M10 Mount for Manta 5 SE DC

Combined mount to mount a GoPro-type camera and a Mini M10 GPS on the Manta 5 SE DC frame. The author describes the GPS housing as a press-fit. This description expresses the design intent and does not guarantee the same fit with different modules, cases, or print tolerances. Preparation, compatibility, and printing Measure your GPS and check the frame variant and camera mount. The module must be held in place without pressing on components or cables. Check the connector space and camera orientation before printing. The source does not provide a print profile or complete hardware; perform a test of the housings before final assembly.

Technology
Sin probar
material
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Difficulty
Sin especificar
Vista de Soporte compacto de doble aro para zumbador FPV de 9 mm

Compact dual-ring mount for 9 mm FPV buzzer

Tiny one-piece mount designed as two cylindrical housings joined laterally. The larger ring provides the main mounting point and the smaller ring forms the cavity intended by the source for a 9 mm active buzzer. The entire STL envelope measures approximately 10.91 × 15.25 × 5.50 mm; the preview visually expands the piece so that the thickness, the two openings, and the tangential joint can be appreciated, but it does not alter its proportions. The source attributes the model to KarimXP, publishes it as Creative Commons — Public Domain, and declares no remix parents. The exact public search returns a single record belonging to Meshopia. The only official STL was downloaded and kept without photos, G-code, PDF, video, or machine files. Its mesh contains 476 vertices and 956 triangles in a single closed body. It opens correctly, uses finite coordinates, maintains consistent orientation, is watertight and manifold, and has no degenerate faces. Technical renders show no text, logos, brand reliefs, or additional parts. The references Sun250 and OasisFly35 are kept solely as compatibility declared by the source author; Meshopia has not verified the fit with a real chassis or a commercial relationship with its manufacturers. For a first FDM test, maintain 100% scale and use a fine layer height, around 0.12–0.20 mm, because a small variation greatly affects a 9 mm housing. A 0.4 mm nozzle can work if the slicer correctly maintains the walls; check the number of perimeters and the preview before printing. The most stable orientation usually supports the annular base on the bed with both axes vertical, avoiding supports inside the cavities, but confirm the actual bottom face in the slicer. The source describes a press-fit and a support-free print; both claims depend on material, shrinkage, flow, and tolerances. TPU may facilitate retention and vibration absorption if the model and printer support it; PETG can offer toughness, while PLA serves for a dimensional test, without any of them guaranteeing the result. Print one unit first, measure the actual diameter of the buzzer and the mount, and check that there is no excessive tension on the casing, cables, or solder joints. Deburr the interior without irregularly enlarging the rings. Before flying, verify that the part does not interfere with propellers, battery, antennas, electronics, or ventilation, and perform retention and vibration tests on the ground. There are no impact, fatigue, temperature, UV radiation, electromagnetic compatibility, or in-flight use tests. It is not a structural component, certified protector, or guarantee against buzzer loss.

Technology
Sin probar
material
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Difficulty
Sin especificar