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#airplane

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Vista de Dynam C-47 / DC-3 servo cover

Dynam C-47 / DC-3 servo cover

Dynam C-47 / DC-3 servo cover Purpose This model is designed to serve as a cover for servos. Practical Uses It is intended for use with Dynam C-47 or DC-3 RC planes to protect or conceal the servo components. Included Parts - dymam c47 sero cover.3mf Printing and Assembly Guidance The author recommends printing with a 0.15 layer height to reduce flimsiness. The part can be flipped to be used on the opposite side.

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Vista de Airfield RC 1.5m T-28 Gear Doors

Airfield RC 1.5m T-28 Gear Doors

Airfield rc 1.5m T-28 gear doors Purpose These files were created to provide replacement gear doors for an Airfield RC T-28 model. They are intended to replace missing components on that specific aircraft. Practical Uses This set includes both the inner door and the door designed for the strut only. To complete a full aircraft setup, the user must mirror the parts to create the set for the opposite side. The author suggests using linkage stoppers on the door to simplify wire assembly, though this requires drilling the existing holes slightly larger. Included Parts - Airfield rc T-28 INNER DOOR (.3mf) - Airfield rc T-28 STRUT DOOR (.3mf) - Multiple hole options are provided to accommodate different aircraft conditions. Printing and Assembly Guidance Printing requires supports on the pegs. When assembling with wire, the author recommends using linkage stoppers to assist with the process. WARNING: These parts will not fit the FMS T-28.

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Vista de Le's Falcon 3D printed R/C Flying Wing, 48" W.S. 10-12-24

Le's Falcon 3D printed R/C Flying Wing, 48" W.S. 10-12-24

Le's Falcon 3D printed R/C Flying Wing, 48" W.S. 10-12-24 Purpose This model is a 3D printed remote-controlled (R/C) flying wing designed with integrated internal structures. Practical Uses Designed for R/C aviation enthusiasts, the model is intended to be printed using standard PLA. The author notes the files are compatible with an Ender 3 Pro 3D printer. Included Parts The file set includes various components required for assembly: wing sections (Left/Right Wings 1-4, Leading Edges), ailerons (Inner/Outer, Left/Right), hinges (Inner/Outer, Left/Right), fuselage parts (Fuse Front, Fuse Insert, Nose Cone, Canopy), keel sections, rudder parts, grips, and mounts (Left/Right Servo Mounts, Motor Mount Insert). Printing and Assembly Guidance The author specifies that the model should be printed in standard PLA to fit an Ender 3 Pro. For the 2200 mount, the author specifies to use ABS or plywood.

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Vista de Instrument Panel for Pichler/VQ 2.7m Pilatus Porter PC-6

Instrument Panel for Pichler/VQ 2.7m Pilatus Porter PC-6

This instrument panel is designed to fit the 2.7m (106 inch) version of the VQ-Model Pilatus PC-6 Porter. Its purpose is to replace the cockpit provided with the ARF kit. 1.8 inch Arduino displays can be fitted into the screen holes, or alternatively, a printed picture of an avionics display can be mounted behind the openings. 1.8 inch Arduino displays are compatible with the provided holes. 1. The included files are: Frame.3mf, Lever_side.3mf, Panel.3mf, Compass.3mf, Lever_center.3mf, and Throttle_Quadrant.3mf. A picture of the original cockpit is also included in the files for reference.

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Vista de RC Airplane Clevis 25mm Length 4mm Thickness 1.5mm Hole

RC Airplane Clevis 25mm Length 4mm Thickness 1.5mm Hole

RC airplane clevis (chape) with a length of 25mm and a thickness of 4mm. This component is designed to facilitate connections within a remote-controlled aircraft setup. Purpose The purpose of this model is to serve as a clevis for RC airplanes, providing a mechanical connection point between control components. Practical Uses This part is used to connect a threaded rod via a 1.5mm hole and to attach a servo arm (guignol) using a 2mm hole. Included Parts The model is provided in two STL files: - Chape-AvionRC-L25-Ep4-trou1.5 v1.stl - Chape-AvionRC-L25-Ep4-trou1.5 v2.stl

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Vista de AJ Aircraft Raven 92" Low Pressure Lip cooling

AJ Aircraft Raven 92" Low Pressure Lip cooling

AJ Aircraft Raven 92" Low Pressure Lip cooling Purpose This model is designed for the AJ Aircraft Raven 92" RC Airplane. It functions as a low pressure lip intended to improve engine cooling by providing higher airflow output. Practical Uses It is used as an aerodynamic component to enhance the cooling efficiency of the engine during flight. Included Parts - RC_LUDO_-_AJ_Raven_92_Low_Pressure_Lip.stl Printing and Assembly Guidance The model supports an overhang angle set to 60-70º, though the specific angle may depend on your printer settings.

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Vista de FMS Ranger 1800mm Nose Gear

FMS Ranger 1800mm Nose Gear

FMS Ranger 1800mm Nose Gear Replacement Purpose This model is a 3D printed replacement part designed for the FMS Ranger 1800mm. It serves as a more durable alternative to the original aluminum gear, which the author notes can easily break during rough landings. Practical Uses This part is intended to help absorb impacts during landings, reducing the risk of breakage. It provides a practical solution for maintaining the performance of the FMS Ranger on various surfaces. Included Parts - FMS_Ranger_Nose_Gear.stl Printing and Assembly Guidance The design is intended to fit directly onto the original nose gear axle, allowing for installation without modifications. For printing, the author recommends using a strong, flexible filament to assist with impact absorption. To achieve maximum rigidity, the part should be printed with 100% infill.

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Vista de RC planes - test parts

RC planes - test parts

RC planes - test parts Purpose This collection serves as a set of test files for various RC airplane projects. It is intended to provide users with components for testing purposes related to specific aircraft designs. Practical Uses These files can be used to print and test parts for two specific aircraft projects: the S-bach 300 (available in 1000mm and 1200mm scales) and a 1500mm Glider. Included Parts The provided ZIP file contains the following: - Manuals - STL files - 3MF files Specific components mentioned include files such as "Wing L1.stl."

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Vista de RC B-2 Bomber for Traxxas LaTrax Motor System

RC B-2 Bomber for Traxxas LaTrax Motor System

This RC B-2 bomber model is designed for use with the Traxxas LaTrax motor system. According to the author, the model was created as a test project. Practical uses for this model include remote-controlled flight using compatible Traxxas LaTrax components. The author notes that the model is capable of being printed at very high speeds. Included parts: - rc b-2 bomber.stl Printing/Assembly Guidance: The author states that the model can be printed super fast.

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Vista de RC Aircraft Skis

RC Aircraft Skis

RC Flugzeug Ski Purpose These skis are designed for use with medium-sized aircraft. They are intended to facilitate winter flights. Practical Uses They are specifically suited for operating RC planes during winter conditions where snow or icy surfaces are present. Included Parts - Rc Ski.stl Printing/Assembly Guidance Not provided in the source text.

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Vista de RC Plane Rubber Band Holder For Wings

RC Plane Rubber Band Holder For Wings

Purpose: These rods serve as components that rubber bands hook onto to secure a wing in place. Practical uses: Designed for use with RC planes to hold wings using rubber bands. Included parts: - Rubber Band Rod .25in.stl - Rubber Band Rod .5in.stl Note: Both rods are 6in long. One rod has a diameter of .25in and the other has a diameter of .50in.

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Vista de Foam Plane Skewer Washer

Foam Plane Skewer Washer

Foam Plane Skewer Washer Purpose This model is a skewer washer designed for use in DIY foam RC plane models. Its primary function is to help guide and hold skewers in place while reducing wear on the foam material. Practical Uses These washers are intended for RC aircraft construction. The author provides an example of this part being used on the FT Simple Cub from FliteTest. Included Parts - Skewer_Washer.3mf - Skewer_Washer_Modified.3mf Assembly Guidance To install, first make a skewer hole in the foam to align the washer. Apply a few dabs of hot glue onto the washer, then push it into the foam board until it is flush with the surface.

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Vista de A-10 Warthog — 1:16 Multipart Aircraft Model Kit

A-10 Warthog — 1:16 Multipart Aircraft Model Kit

A multipart A-10 Warthog aircraft model, identified as 1:16 in the source collection. The recognizable airframe has straight wings, two rear engine nacelles, twin tail fins and a detailed nose and cockpit. The source includes fuselage sections, wing and tail components, cockpit and canopy pieces, wheel-related parts, locating and connecting components, and decorative aircraft fittings. The scale is source information, not a physical measurement or verified printer fit. FILES AND ON-DEMAND 3D INSPECTION All 56 original STL geometry files are preserved in the English-named ZIP with a filename mapping guide. Each original STL is also supplied individually under its new English filename, so every supplied part can be selected for 3D inspection on demand. Native geometry bytes are unchanged; these are individual parts, not an automatically assembled airframe. Source units and dimensions are not physically verified. ASSEMBLY Inspect the filename guide to choose parts, variants and repeated quantities. Rods, pins, axles, adhesive and other hardware may be required and must be assessed separately. No flight-ready RC system or verified propulsion setup is claimed. The cover shows a new assembled-model finishing illustration based on an inspected assembled source reference. The supplier image is not the public cover; colors, setting and presentation are new. The foam cradle, hand and brush are illustrative props. NATIVE SOURCE CONTENTS English-named ZIP with supplied native geometry, technical material and texture companions, and an English filename mapping guide. Original geometry bytes are preserved. Native software and renderer compatibility are untested; texture paths may need relinking using the mapping. Technical textures are package assets, not public gallery photos. PREPARATION AND USE Digital model only. Physical scale, printability, wall thickness, watertightness, part separation, fit, strength and mechanical or RC operation have not been tested. Inspect the source in appropriate modelling or slicing software before fabrication. No verified printer profile or working drivetrain is claimed. ORIGINAL MESHOPIA PRESENTATION The cover is a new AI-assisted photorealistic illustration generated locally in ComfyUI using our inspected render of the supplied geometry. It shows a scale-model hobby finishing scene with a new finish, photographic lighting and environment. It does not document a manufactured or tested prototype. Hands, brushes, paint jars, bench and background props are illustrative and are not included. LICENSE AND AUTHOR Author and publisher: MESHOPIA. CC0 with the collection owner’s confirmed authorization. ADDITIONAL BINARY DISPLAY COPIES Two large ASCII STL parts also have smaller binary STL display copies: fuselage section 3 (original geometry-011, 229,666 triangles) and right wing section 1 (original geometry-044, 169,048 triangles). These retain every triangle and the source coordinate system at standard binary-STL float precision, without decimation or rescaling. They allow on-demand viewing of the two large text-format parts. The original ASCII bytes remain in the source ZIP and their original downloads. Compatible parts inside the native ZIP can also be opened individually with View ZIP parts. ON-DEMAND INSPECTION COPY An additional source-derived STL simplifies dense triangles for interactive inspection. Source coordinate units are preserved. Original downloads remain unchanged; use them for fine details and fabrication checks.

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Vista de Euphoria 1.5 — Multipart RC Aircraft Kit

Euphoria 1.5 — Multipart RC Aircraft Kit

Euphoria 1.5 is a multipart aircraft source kit with a straight wing, a compact front fuselage pod, a forward propeller arrangement and a slender exposed tail boom in the assembled reference. The 17 supplied original STL files contain wing sections, wingtips, aileron-related pieces, canopy, tail and elevator parts, four fuselage-pod sections, motor-cover geometry and connectors. The name 1.5 is retained as the supplied project name; it is not a verified 1:5 scale declaration. Every native STL is separately selectable for on-demand 3D inspection and retained unchanged in the complete English-named package with filename mapping. The parts are supplied in their native printing layouts, not as an automatically assembled airframe. A tail-boom tube, propeller, linkages, fasteners, adhesives, motor, battery, servos and control electronics may be required separately; the STL files do not establish a complete set of working flight hardware. Printing, component fit, airworthiness, balance, strength and flight performance are untested. The new photorealistic cover illustrates miniature finishing on an outdoor hobby table, based on an inspected assembled source reference with the thin open tail-boom construction retained. Digital files only. NATIVE SOURCE CONTENTS English-named ZIP with supplied native geometry, technical material and texture companions, and an English filename mapping guide. Original geometry bytes are preserved. Native software and renderer compatibility are untested; texture paths may need relinking using the mapping. Technical textures are package assets, not public gallery photos. PREPARATION AND USE Digital model only. Physical scale, printability, wall thickness, watertightness, part separation, fit, strength and mechanical or RC operation have not been tested. Inspect the source in appropriate modelling or slicing software before fabrication. No verified printer profile or working drivetrain is claimed. ORIGINAL MESHOPIA PRESENTATION The cover is a new AI-assisted photorealistic illustration generated locally in ComfyUI using our inspected render of the supplied geometry. It shows a scale-model hobby finishing scene with a new finish, photographic lighting and environment. It does not document a manufactured or tested prototype. Hands, brushes, paint jars, bench and background props are illustrative and are not included. LICENSE AND AUTHOR Author and publisher: MESHOPIA. CC0 with the collection owner’s confirmed authorization.

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Sin probar
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