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#plane

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Vista de Proyecto de avión de radiocontrol

Radio-controlled airplane project

A set of files identified by its author as an RC airplane. The original description only contains the indication "RC", so it does not document the assembly, electronics, functional dimensions, center of gravity, or a flight profile. The download must not be presented as a ready-to-assemble or ready-to-fly airplane. Preparation, compatibility, and printing Review the parts and request or locate the specific project documentation before selecting components or printing a complete set. The available geometry can be studied in CAD, but it does not allow for the deduction of a safe flight configuration on its own. This sheet remains pending verifiable instructions and compatibilities; generic printing values are not added to make the project appear complete. The download contains three STLs: RC AERO AIRPLANE 1 .stl, RC AERO AIRPLANE 2.stl, and RC AERO AIRPLANE 3.stl. The numerical names do not specify the function of each part. The source review from September 24, 2026, confirms that no assembly instructions have been added.

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Vista de Folding Propeller for RC Planes

Folding Propeller for RC Planes

Purpose This model is a folding propeller designed for use in RC planes, such as the Nucking Futs printable pylon racer. Practical Uses The designer used upscaled versions of the Nucking Futs pylon racer with these propellers. When printed with PLA or PETG, the designer reported the propeller can withstand several hundred Watts of input power. The designer suggests PA-CF as a potential material. Included Parts - Blade_6_35.3mf - Blade_6_55.3mf - Blade_7_4.3mf - Blade_7_6.3mf - Blade_8_5.3mf - Blade_8_5.3mf - Blade_8_7.3mf - Blade_85_5.3mf - Blade_85_75.3mf - Blade_9_6.3mf - Blade_9_8.3mf - Blade_robust_8_5.3mf - Centerpiece_3B_5mm.3mf - Centerpiece_3B_6mm.3mf - Centerpiece_3B_8mm.3mf - Centerpiece_5mm.3mf - Centerpiece_6mm.3mf - Centerpiece_6mm_screw_on.3mf - Centerpiece_8mm.3mf - Centerpiece_robust_5mm.3mf - Spinner_2mm.3mf - Spinner_2mm_screw_on.3mf Printing and Assembly Guidance To achieve maximum strength, the designer recommends printing with 10 perimeters so that layer lines are oriented along the perimeters, specifically at the blade root. The leading edge of the blade should face the print bed. The designer advises testing the propeller with more power than will be used in final operation and warns not to stand beside or in front of the propeller during initial testing due to the risk of blade separation.

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Vista de GP123 Engine Ignition mount

GP123 Engine Ignition mount

GP123 Engine Ignition mount Purpose This model is designed as an ignition module mount specifically for the GP123 Great Power Engine used in RC planes. Practical Uses It serves as a dedicated mounting solution to secure the ignition module within an RC airplane setup utilizing the GP123 engine. Included Parts - RC_LUDO_GP123_Ignition-3D.stl Printing and Assembly Guidance The author reports that this model should be printed in PLA and requires the use of supports during the printing process.

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Vista de Lipo Battery tray for 2S 3400mAh Lipo Batteries

Lipo Battery tray for 2S 3400mAh Lipo Batteries

Lipo Battery tray for 2S 3400mAh Lipo Batteries Purpose This model is a battery tray designed to hold two 2S 3400-3600mAh Lipo batteries of standard size. It is intended for use on the Extreme Flight Slick 580 105.5" aircraft. Practical Uses While specifically used with Thunder Power TP3400-2SPX25 batteries on the Slick 580, the tray is designed to accommodate other batteries of similar dimensions. Included Parts - RCLUDO_2S_3400_Battery_tray_2x_batteries.stl - RCLUDO_2S_3400_Battery_tray_1x_battery.stl

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Vista de Two body parts for nine volt powered plane

Two body parts for nine volt powered plane

Two body parts for a nine volt powered plane. Purpose This model consists of two separate body components designed for a nine volt powered plane. The design is split into two parts to address printing issues related to supports. Practical Uses According to the author, the plane is intended to be powered by a nine volt battery. The internal components required for operation include a small DC motor (approximately 15mm x 20mm x 27mm) and a 15mm x 10mm switch. Included Parts - Back Half (9volt).stl - Front half (motor and switch).stl - Plane body.stl Printing and Assembly Guidance The model is split into two parts to mitigate support issues during printing. The author notes that glue will be required to assemble the two halves together.

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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 Flite Test Swappable Power Pod Firewall

Flite Test Swappable Power Pod Firewall

Flitetest Swappable power pod Firewall Purpose This model is the latest version of a swappable power pod firewall. According to the author, this design performs better than the simple flat firewall version. Practical Uses It is designed for use with Flite Test swappable power pods on RC planes. The author reports that the component has been crash tested. Included Parts - 01_firewall_flite_swapp.stl Printing and Assembly Guidance No specific printing or assembly instructions are provided in the source text.

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Vista de RC F-16 Mini

RC F-16 Mini

Rc F-16 Mini Purpose The Rc F-16 Mini is a small-scale remote-controlled aircraft designed for operation in small to medium-sized spaces. It is powered by a 30mm Electric Ducted Fan (EDF). Practical Uses This model is intended for RC flight enthusiasts looking for a compact aircraft suitable for limited flying areas. Included Parts The model consists of the following STL files: - Fusealage.stl - Fusealge Cap.stl - Nose.stl - Back Cockpit.stl - Left Wing.stl - Right Wing.stl - Wing Accessory.stl - Air Intake.stl - Verticle Stabilizer.stl - Elevator.stl

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Vista de RC Brushless Motor Mount Spacer

RC Brushless Motor Mount Spacer

RC Brushless Motor Mount Spacer Purpose This model is a spacer designed for use with a motor in the 3D Printed Orca V2. Its primary function is to assist in positioning the motor to ensure it clears the plane body. Practical Uses It is intended for use in RC brushless motor mounts, specifically within the Orca V2 FPV plane framework. Included Parts - Brushless Motor Spacer.stl Printing Guidance The author recommends specific print settings for this model: increase the number of walls and set the infill to 100%. Attribution: Based on source data from craycle.

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Vista de Stand Arrows Viper Jet

Stand Arrows Viper Jet

Stand Arrows Viper Jet Purpose This model is a dedicated stand designed for the Arrows Viper Jet. It provides a way to display the small jet either resting on the floor or mounted to a wall using screws. Practical Uses It serves as a display solution for RC enthusiasts, allowing for stable floor placement or vertical wall mounting to showcase the aircraft. Included Parts - Stand_Arrows_Viper_Jet.stl Printing and Assembly Guidance The author suggests using PLA, PETG, or an equivalent material. For optimal stability, the author recommends printing with 3 lines and a high infill setting.

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Vista de Servo Mount 40mm (Calmato)

Servo Mount 40mm (Calmato)

Servo Halterung 40mm (Calmato) Purpose This model is a servo mount designed specifically to accommodate a 40mm servo. According to the author, this plate is suitable for use with the Kyosho Calmato Sport. Practical Uses It is intended for use in RC aircraft applications, specifically as a mounting solution for 40mm servos within the Kyosho Calmato Sport airframe. Included Parts - Servo 40mm.stl Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source text.

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Vista de FPV Mount

FPV Mount

FPV Mount Purpose This model is an FPV mount designed for mounting cameras. According to the author, it is intended for use on the tails of RC planes, though it is also noted for various other applications. Practical Uses Based on the provided tags, this mount can be used for FPV (First Person View) video setups in RC planes and RC cars. It serves as a holder for cameras to facilitate video recording or live streaming in these hobbyist contexts. Included Parts - Part Studio 1 - Part 1 (1).stl Printing and Assembly Guidance No specific printing parameters, material requirements, or assembly instructions are provided in the source text.

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Vista de The Gaplan Edge 540 3D Printed Plane

The Gaplan Edge 540 3D Printed Plane

The Gaplan Edge 540 is a 3D-capable remote-controlled airplane designed for aerobatic flight. According to the author, it is a true 3D capable plane. 1. Purpose: The model is designed to function as a fully 3D capable aerobatic RC aircraft. 2. Practical Uses: It is intended for RC flight and aerobatic maneuvers. 3. Included Parts: The provided files include a Pilot.stl component. 4. Printing and Assembly Guidance: The author reports printing the model on a Prusa Mk3S. Detailed discussion and assembly instructions are available via the provided RC Groups forum link. Files are hosted on GitHub at https://github.com/jackheli/Gaplan.

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Vista de Flying wing (highly experimental)

Flying wing (highly experimental)

Purpose This is an experimental flying wing model designed for flight testing. The author notes that flight characteristics are currently unknown. Practical Uses The model is intended for use as a small-scale flying wing. The author suggests scaling the model up if you intend to use it for specific projects. Included Parts - flying-wing 3.0-v1.stl Printing and Assembly Guidance The model does not include slots for electronics. The author has included supports on the bottom of the hull. The base dimensions are 95.25 mm x 97 mm with a height of 107 mm.

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Vista de Servo cover mold

Servo cover mold

This model is a mold designed for creating a servo cover using fiberglass or carbon fiber. Practical uses include manufacturing lightweight covers for RC planes or gliders. The author reports using PLA for the mold and suggests a layup consisting of 3 layers of 25g/m2 fiberglass and 2 layers of 80g/m2 fiberglass at a thickness of 0.3mm. Included files: mold.stl

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Vista de Savage V5 — 3D Printable RC Bush Aircraft

Savage V5 — 3D Printable RC Bush Aircraft

A bush-plane-style RC aircraft with a high wing, visible supporting struts and large-wheel landing-gear presentation. The airframe is supplied as separate printable parts. PACKAGE CONTENTS 36 STL files, 1 PDF file. Exact duplicate files are supplied once. The included file-name map identifies each original path and its renamed counterpart. PRINTING AND ASSEMBLY Parts are supplied separately. Review the build documentation and individual meshes to choose print orientation, material, support strategy and assembly sequence. Printer profiles and G-code are supplied as reference material and must be checked for compatibility before use. Electronics, motors, radio equipment and other purchased hardware are not supplied as physical items. PRESENTATION AND LICENSE Published by MESHOPIA under CC0 on the basis of the rights holder authorization confirmed by the uploader. Original creator references inside supplied documentation are retained. The cover is an original MESHOPIA visualization of the assembled model in an RC hobby setting; it does not document a completed build or a flight test. Assembly and flight readiness have not been independently tested by MESHOPIA.

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