Meshopia · EspañolEspañol
MESHOPIAModelismo y radiocontrol

233 modelos etiquetados · Página 5 de 5

#rc

Descubre modelos 3D etiquetados como rc y revisa sus datos de impresión, archivos y condiciones de uso antes de descargarlos.Buscar esta etiqueta en el catálogo →
Vista de RC HEX10 for 1/10 scale models (also 1/12 and 1/14 scale LC-Racing or WLtoys models) 10mm Hex Wheel Adapter

RC HEX10 for 1/10 scale models (also 1/12 and 1/14 scale LC-Racing or WLtoys models) 10mm Hex Wheel Adapter

Purpose These 10mm hex adapters were created to provide a compatible interface for Bycmo disks, which were otherwise unavailable in this size. Practical Uses The adapters are intended for 1/10 scale cars, or for LC-Racing and WLtoys models in 1/14 and 1/12 scales. Included Parts - RC HEX10 pro 110.stl Printing Guidance The author recommends using PLA filament with a 0.4mm nozzle. Suggested settings include a nozzle temperature of 210°C, a bed temperature of 45°C, a layer height of 0.2mm, and a first layer height of 0.3mm. The model was printed on a Prusa mini+ using Tinkercad software.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Thunder Tiger Raptor 30/50/SE Tail pushrod guides

Thunder Tiger Raptor 30/50/SE Tail pushrod guides

Thunder Tiger Raptor 30/50/SE Tail pushrod guides Purpose These models are replacement tail pushrod guides designed for the Thunder Tiger Raptor 30, 50, and SE RC helicopters. They serve as an alternative to scarce or expensive original factory parts. Practical Uses These guides are intended for use in RC helicopter tail assemblies. While the author printed these in Ovature PLA, they suggest using ASA or PETG for applications requiring outdoor durability and heat resistance. Included Parts - rod guide.STL Printing and Assembly Guidance The author recommends printing at a 0.2mm layer height. For stability during printing, a 5mm brim should be used both inside and outside the model. No supports are required for this print. Because these are made to factory original size, the author notes that printer calibration must be accurate to ensure a proper fit. The author reports that they have test-fitted these parts and they fit perfectly.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Thunder Tiger Raptor 30/50/SE Elevator arms (IYKYK)

Thunder Tiger Raptor 30/50/SE Elevator arms (IYKYK)

Thunder Tiger Raptor 30/50/SE Elevator Arms Purpose These elevator arms are designed as replacement parts for the Thunder Tiger Raptor 30, 50, and SE RC helicopters. They serve as an alternative to original parts, which the author notes are often scarce and expensive on secondary markets like eBay. Practical Uses These arms are intended for use in RC helicopter maintenance and repair. The design is modeled after metal aftermarket versions, utilizing a separate ball link and a grub screw for attachment. Included Parts - Elevator arm (STL file provided) Printing/Assembly Guidance Assembly requires a separate ball link and a grub screw, consistent with the design of metal aftermarket versions.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Losi Mini-B T 2.0 Spur Gear Motor Cover

Losi Mini-B T 2.0 Spur Gear Motor Cover

Losi Mini_B_T 2.0 Spur Gear Motor Cover Purpose These designs are intended to prevent wires from becoming an inclusion in the gears. They allow for inspection and access to the spur differential nut and motor mess screws without requiring the alteration, cutting, or destruction of the original injection molded black gear cover. Practical Uses Users can replace the stock injection molded black gear cover (which weighs 5.5 grams) with either Version 1 (0.9 grams) or Version 2 (1.5 grams) to change weight distribution bias. These covers provide access to the spur, pinion gears, motor mount, and differential screw(s). Included Parts - Losi Mini_B_T 2.0 Spur Gear Motor Cover V1.stl (Minimal design) - Losi Mini_B_T 2.0 Spur Gear Motor Cover V2.stl (Includes pinion gear shroud) Printing and Assembly Guidance Printing should be done with 100% infill and the maximum number of walls possible based on the nozzle diameter. For these small items, a 0.4mm nozzle and 0.2mm layer heights are preferred. Version 2 requires removable printing supports. Assembly utilizes the two original motor cover screws. Attribution: Losi Mini_B_T 2.0 Spur Gear Motor Cover

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Traxxas Sledge battery spacer

Traxxas Sledge battery spacer

Traxxas Sledge Battery Spacer Purpose This model is a replacement part designed to substitute for a lost battery spacer foam block in a Traxxas Sledge. Practical Uses It serves as a spacer within the RC truck to secure the battery in place, mimicking the function of the original foam component. Included Parts - traxxas sledge battery spacer-Body.stl Printing and Assembly Guidance The author suggests printing this part using TPU material. To achieve a level of compression or "squish" similar to the stock foam part, it is recommended to use 30% infill with seams.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de RC Battery box

RC Battery box

RC Battery box Purpose This model is designed to serve as a protective enclosure for a specific RC battery configuration. Practical Uses It is intended for use in remote-controlled (RC) applications to house and secure a 3s 1300mAh battery. Included Parts - krabicka baterie.3mf Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source data.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de AtomRC Penguin Vifly Finder 2 Beeper Hatch

AtomRC Penguin Vifly Finder 2 Beeper Hatch

AtomRC Penguin Vifly Finder 2 Beeper Hatch Purpose This model is a replacement hatch designed specifically for the AtomRC Penguin airplane. Its primary function is to provide a dedicated housing to contain the Vifly Finder 2 beeper module. Practical Uses It serves as a functional component for RC airplane pilots using the AtomRC Penguin who need to integrate a Vifly Finder 2 module into the aircraft's structure for locating purposes. Included Parts * BeeperHatch.stl Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source data.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Flysky FS-ST8 Wall Holder

Flysky FS-ST8 Wall Holder

Flysky FS-ST8 Wall Holder Purpose This model is designed as a wall holder specifically for the Flysky FS-ST8 radio. Its primary function is to provide a dedicated storage space to keep the radio safe. Practical Uses It can be used as an organizational tool to store RC equipment on a wall, preventing the radio from being left on surfaces where it might be damaged. Included Parts - Flysky FS-ST8 Wall Holder.stl Printing Guidance The author reports a print time of approximately 1 hour.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de ZD Racing Pirates 2 Gearbox

ZD Racing Pirates 2 Gearbox

ZD Racing Pirates 2 Gearbox Purpose This model is a replacement or upgrade gearbox designed specifically for the ZD Racing Pirates 2. Its primary function is to provide a 4:1 speed reduction. Practical Uses This component is intended for use in RC racing applications where a reduction in speed via a 4:1 ratio is required for the vehicle's drivetrain. Included Parts The model consists of the following files: - top.stl - g1.stl - g2.stl The author specifies that the assembly requires 4x bearings with dimensions 4x9x4. Printing and Assembly Guidance Assembly requires the integration of the provided STL files and the installation of four 4x9x4 bearings as noted by the author.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de 1/10th Scale Jack Stands

1/10th Scale Jack Stands

Purpose: These are simple, separated jack stands designed to be easily placed under different locations of an RC vehicle. The author designed them specifically for use with a TRX4. 1/10th Scale Jack Stands Practical Uses: They are intended for supporting RC vehicles, such as the Traxxas TRX4, during maintenance or storage. Included Parts: trx4 axle stand rev2.stl Printing/Assembly Guidance: The author reports printing these in PLA with 50% infill, though they note that the required infill may depend on the weight and modifications of the vehicle.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Body pin link

Body pin link

This model provides body clips designed to prevent the loss of body pins in RC vehicles such as crawlers and buggies. Practical uses include securing the body of an RC car to its chassis. Included files: - Clip-Flex.stl - Clip-Flex_0.4n_0.2mm_FLEX_MK4_11m.gcode The author reports printing this model using Flexfill 98A filament.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Associated Monster GT Truck R/C Car Stand

Associated Monster GT Truck R/C Car Stand

Purpose This jack stand and test stand is designed for the Monster GT and other RC cars or trucks. It is intended to hold the vehicle snug and firm off the ground for warming up and tuning purposes. Practical Uses The stand provides a stable platform to keep an RC vehicle elevated during maintenance or testing. Included Parts MGT STAND TOP (1).stl MGT STAND BASE.stl SPLIT-BASE PART 1.stl SPLIT-BASE PART 2.stl Printing/Assembly Guidance The base model does not include cutouts. The author suggests adding cutouts in Cura using 6 bottom layers to create screw pockets for holding small screws while working.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Walksnail AvatarHD Lens Protection

Walksnail AvatarHD Lens Protection

Walksnail AvatarHD Lens Protection Purpose This model is designed to provide protection for a Walksnail AvatarHD lens. Practical Uses It is intended for use on FPV drones to safeguard the camera lens. Included Parts - LENS_PROTECT_2.STL Printing and Assembly Guidance This part should be printed in Flex material and does not require any supports during printing.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Shock absorber mount / Stossdämpfer Halterung

Shock absorber mount / Stossdämpfer Halterung

Shock absorber mount / Stossdämpfer Halterung Purpose This model is a simple mount designed for RC car shock absorbers. Its primary function is to facilitate the process of changing the oil within the shocks. Practical Uses It is intended for RC car enthusiasts, specifically those working with buggies or similar RC vehicles, to make oil changes more efficient and easier to manage. Included Parts The files provided include: - Befüllungstool.3mf - Stossdämpfer Befüllungstool.stl - Befullungstool_0.3mm_PLA_2h39m.gcode

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Drift Wheel Holder / Tube

Drift Wheel Holder / Tube

Purpose This tube is designed to organize wheel sets for an RC drift car. The design includes holes at the bottom of the tube to prevent a vacuum from forming. Practical Uses The holder is intended to store up to four wheels and tires. When fully loaded, the design allows the tube to be turned upside down without the contents moving. Included Parts - drift wheel tube v5.stl - Drift Wheel Tube.3mf Printing and Assembly Guidance The author recommends printing with a 0.28mm layer height and 5 walls. For assembly, let the cap cool before attaching it to the tube to allow for slight shrinkage, which results in a more secure fit.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Suspension for RC models

Suspension for RC models

Purpose This suspension system is designed for RC models to adjust ride height and manage road surface roughness. Practical Uses It is used to improve the handling of RC vehicles when navigating irregular terrain. Included Parts - Suspension Up model.stl - Suspension Down Model.stl - Suspension spring.stl - Suspension All.stl Printing and Assembly Guidance Supports should only be applied from the base during printing. For assembly, insert M3 bolts into the mounting holes and compress the spring firmly to activate the mechanism. Once the bolts are removed, lubricate the stem with any lubricant and cycle the mechanism several times.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Simple Table Toolbox

Simple Table Toolbox

Purpose: This model is a simple table toolbox designed to hold RC screwdrivers and bits. Practical uses: It serves as a tabletop organizer for RC maintenance tools. Included parts: - toolbox.stl Printing/assembly guidance: Not provided.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Body Protect Maverick Quantum

Body Protect Maverick Quantum

Purpose: This model is designed to provide body protection for the Maverick Quantum. Practical uses: It can be installed on the roof of the vehicle using either strong tape or four screws. If printed in PLA, the author suggests using a heat gun to improve the fit to the roof. Included parts: - Body Protect Maverick Quantum.stl Printing/assembly guidance: The author suggests printing from TPU. If using PLA, the part may need to be heated slightly with a heat gun to ensure a better fit to the roof. Installation can be achieved with strong tape or four screws.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de ERevo 2.0 Upper Back Arm

ERevo 2.0 Upper Back Arm

Purpose This model is designed as a temporary replacement for ERevo arms to allow for field repairs after a crash. The author notes these are weaker than stock parts. Practical Uses These arms are intended to be swapped in quickly to keep driving, though the author advises driving more carefully due to their reduced strength. Included Parts - E Revo 2.0 Upper Back Arm v5.stl - E Revo 2.0 Upper Back Arm v5.step Printing Guidance The model includes intentional gaps to address layer delamination during attachment. If the slicer is configured correctly, the printer will fill these areas with perimeters to increase strength.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de FMS PA-18 1300mm strut replacement

FMS PA-18 1300mm strut replacement

Purpose: These components are designed to replace the plastic wing struts on the FMS PA-18 1300mm Super Cub with carbon fibre rods. The author notes the design is not perfect, as the front strut is swept forwards slightly, causing a small bend in the strut. Practical Uses: Replacing weak plastic struts with carbon fibre to improve the model's structure. Included Parts: - Fuselage 4mm.stl - Wing 4mm.stl - Fuselage 3mm.stl - Wing 3mm.stl Printing/Assembly Guidance: Printing: Use a material with good layer adhesion such as Nylon (the author used Taulman PCTPE), ABS, or ASA. Do not use PLA. Print with supports and good tolerances. Assembly: 1. Cut carbon fibre rods (4mm or 3mm, at least 350mm each) to an approximate length. 2. Test-fit the rods into the fuselage pieces. 3. Glue struts into the fuselage piece using CA (super/krazy glue). Warning: CA bonds almost instantly and permanently. 4. Install the fuselage piece and trim the struts to the correct length. Use the wing pieces to verify the length, which is approximately 330-345mm. 5. Glue the wing pieces, ensuring correct orientation. Note that CA will bond instantly.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de DJI RC stick extensions

DJI RC stick extensions

This model is a joystick extension designed for use with the DJI RC Receiver. It is intended to assist people with disabilities in operating the controller. Practical uses include providing extended control surfaces for drone RC operation, specifically for users with certain physical limitations or injuries. Included files: - DJI Stikextention.STL - DJI Stikextention.STEP The author reports this was 3D printed on a Creality 3D Ender 3 V3 KE.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de 2" - 51mm - RC 3 Blade Spinner - 3dLabPrint Zivko Edge 540 48"

2" - 51mm - RC 3 Blade Spinner - 3dLabPrint Zivko Edge 540 48"

Purpose This 2" (51mm) 3-blade spinner is designed for the 3dLabPrint 48" Edge 540. It provides propeller access when mounted and features a centering hub fit for the Eflite EFL01893 3 Blade 11x6 Propeller. Practical Uses The design includes a keyed tip that fits into the base and internal lip tabs intended to prevent spreading during tightening or high RPM operation. Included Parts - Spinner_Base.stl - Spinner_Tip.stl Printing and Assembly Guidance The author recommends using a 0.16mm layer height and 100% infill. Organic supports are required. Assembly requires M3 heatset inserts and M3x20mm screws. 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.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Spoiler RC Maverick Quantum Flux Plus

Spoiler RC Maverick Quantum Flux Plus

Spoiler for the RC Maverick Quantum Flux Plus. Purpose This model is designed to serve as a replacement or upgrade spoiler component specifically for the RC Maverick Quantum Flux Plus. Practical Uses It is intended for use in remote-controlled car applications to provide aerodynamic styling or functional wing components for the specified vehicle model. Included Parts - Spoiler RC maverick quantum flux plus.stl Printing and Assembly Guidance Users should refer to the specific requirements of their RC vehicle for mounting and installation. No specific printing parameters or assembly instructions are provided in the source data.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
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.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de SwapBot WiFi RC Tool Changing Rover

SwapBot WiFi RC Tool Changing Rover

Purpose: The SwapBot is a tool-changing rover designed for self-tooling and equipped with interchangeable batteries. It utilizes I2C addresses to recognize different tools. Practical Uses: The rover is controlled via WiFi through a broadcasted website. It is currently a work in progress with multiple tools and a specialized rack in development. Included Parts: - Battery R.stl - Battery L.stl - Chassis Lid.stl - Big gear L.stl - MotorGear A (x2).stl - Front Gear (x2).stl - Back axle (x2).stl - Front axle (x2).stl - Motor holder.stl - ToolChanger Small gear (x2).stl - TPU Tire (x4).stl - ToolChanger bottom.stl - Topp Lid.stl - Chassis Lid Xt30 holder.stl - Battery holder.stl - Chassis Electronics holder.stl - ToolChanger Top.stl - Chassis.stl - Rim (x4).stl - MotorGear B (x2).stl - Back gear (x2).stl - Ring (x2) Big gear skims.stl - Big gear R.stl - TongCon Oled.stl - ToungCon Grabber Arm B2_2.stl - ToungCon Grabber Arm A2_2.stl - ToungCon Grabber Arm A (x2).stl - ToungCon Grabber TPU Gripper A.stl - ToungCon Grabber Bottom shell.stl - ToungCon Grabber Top shell.stl - ToungCon Grabber.stl - ToungCon Grabber Gear_arm B.stl - ToungCon Grabber Gear_arm A.stl Printing/Assembly Guidance: Update all STL files to the right print orientation. Assembly instructions are provided at: https://www.instructables.com/SwapBot-Rover-With-Tool-Changer/

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Lower A-arm for Helion Dominus 10tr

Lower A-arm for Helion Dominus 10tr

Lower A-arm for Helion Dominus 10tr Purpose This model is a replacement lower A-arm designed specifically for the Helion Dominus 10tr. The author developed this specific design as a solution following the failure of multiple other existing designs. Practical Uses This part is intended for use in RC car repairs or upgrades for the Helion Dominus 10tr, providing a replacement component for the suspension system. Included Parts - 10tr part v6.3mf - 10tr part v6.step Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source text.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Catamaran

Catamaran

This model is a catamaran designed to float on water. According to the author, the design is suitable for use as an RC boat and is described as kid-friendly and easy to use. Practical uses for this model include recreational water activities and remote-controlled boating. Included files: - catamaran.stl - battery holder1.stl - battery holder2.stl

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
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.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
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.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Direction RC Carrera Mini Mario Kart Part

Direction RC Carrera Mini Mario Kart Part

Direction rc carrera mini marios kart Purpose This component is designed for a Mario Kart themed RC car. According to the author, this specific piece is what enables the RC car to turn right. Practical Uses It is intended for use in repairing or modifying a Carrera Mini Mario Kart RC car to ensure proper directional movement. Included Parts The download includes the following files: - piezarcmario.3mf (a file ready for PrusaSlicer) - piezarcmario.obj (provided if changes are desired) - piezarcmario.stl - piezarcmario.blend Printing and Assembly Guidance The author reports printing this part at a layer height of 0.08 mm. If downloading the STL file, the author states that you will need to fix the model using your preferred software before printing. The 3mf file is provided as a version ready for use with PrusaSlicer.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Whistling bomb!!! with dropping system

Whistling bomb!!! with dropping system

Whistling bomb!!! Purpose This model is a remix of JeremyBoswell's Whistling Bomb, featuring longer tail fins. It is designed to function as a dropping system for RC aircraft, allowing for controlled deployment of a whistling projectile. Practical Uses When used with an RC plane, the user can trigger the release by manipulating the turning joystick to slide a component off the stick. This causes the projectile to fall to the ground while producing a loud whistling sound. Note that users should avoid blocking sensors with tape or the rocket itself, as this may cause the drone to incorrectly detect that it has already landed. Included Parts - Remix of JeremyBoswell's Whistling Bomb but longer tail fins.stl - Remix of JeremyBoswell's Whistling Bomb but longer tail fins.gcode Assembly Guidance To facilitate the dropping mechanism, a small, long needle (preferably plastic, such as a Kerplunk game piece) must be fitted into the tail fin at the back of the print. For optimal flight effects, it is recommended to add weight specifically to the front 1/3 of the missile. Modelling Credit: Josh P!

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Battery cover for Nikko RC controller

Battery cover for Nikko RC controller

This model is a replacement battery cover designed for Sears/Nikko RC controllers. It serves as a functional substitute for lost original components to secure the battery compartment of an RC truck. Practical uses include restoring the battery housing on compatible Nikko or Sears remote control units. The designer notes that while the model is functional, it is a basic design that may be refined or improved by other users. Included parts: - 1 x nikko.stl Printing and assembly guidance: According to the designer, the model was printed using black PLA with normal temperature settings. The recommended print settings include 20% infill and the use of supports. The print consumed approximately 10g of filament and was produced on a Creality CR6-SE.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
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

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Qtrainer — 3D Printable RC Trainer Aircraft

Qtrainer — 3D Printable RC Trainer Aircraft

A compact propeller-driven trainer-style RC aircraft with a conventional tail and separate printable airframe sections. PACKAGE CONTENTS 2 PDF files, 34 GCODE files, 34 FACTORY files, 4 INI files, 4 SLICE files, 59 STL files. 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.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de Universal RC Airplane Control Horn / Servo Surface Mount

Universal RC Airplane Control Horn / Servo Surface Mount

Purpose This model is a universal, lightweight control horn designed to serve as a mechanical link between servo pushrods and control surfaces, such as ailerons, elevators, or rudders. It is intended for use in RC model airplanes, scratch-built foam board flyers, and custom hobby robotics. Practical Uses The vertical arm features a stack of three precision adjustment holes to allow for fine-tuning of control throw geometry, mechanical advantage, and servo travel limits. The base includes dual anchoring tabs designed to be slotted and glued into foam or balsa control surfaces. Included Files - rc servo horn.3mf - rc servo horn stl.stl

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar
Vista de MESHOPIA MX180 — Modular RC Loading Dock & Bridge | 1:14

MESHOPIA MX180 — Modular RC Loading Dock & Bridge | 1:14

RECOMMENDED PRINT PACKAGE Use MESHOPIA_MX180_37_STL_corrected_v2_20261022.zip: 37 STL components, the English construction manual and repair notes. The two outer moving dock-lip leaves were retriangulated at 0.000001 mm tolerance to remove zero-area faces. Their bounding dimensions are unchanged, with relative volume change below 0.000001. The other 35 STL files are byte-for-byte unchanged. The manual image-stream encoding was corrected; all 34 pages render identically to the original. Individual source STL files remain for reference; do not print both sets as additional kits. Physical fit, printing and load testing remain pending. Modular bolted STL set for 1:14 RC layouts: build a loading dock, adjustable platform or longer bridge from repeatable 180 mm sections. Set deck height from 50 to 150 mm in 5 mm steps with one of three telescopic cartridge ranges (S 50–65, M 65–95, L 95–150 mm). Add removable guardrails, approach ramps, a moving transition flap and a folding truck transfer lip. The roadway is 329.5 mm wide; the deployed lip has 290 mm clear passage. Check your own vehicle clearance and dimensions before printing. The download includes 37 unique STL files in millimetres, an English construction and assembly manual, parts inventory, four example BOMs and a height/ramp selection table. Print repeated quantities according to the chosen layout. Editable Blender files and generator scripts are not included. You supply the metal screws, nuts, washers, reinforcement rods, hinge pins and suitable baseboard fixings. PETG and a 0.4 mm nozzle are the starting reference; print the fit and calibration pieces first. Do not globally scale the files because this changes hardware interfaces. The files have digital mesh, clearance and assembly checks. Physical printing, fit, wear, stability and load testing are not complete. No carrying capacity is established; approximately 10 kg is a design target only, not a tested or guaranteed rating. Digital files only. No physical kit, vehicle, hardware or printer included. Review the manual and test the unloaded mechanism before use.

Tecnología
Sin probar
Material
—
Dificultad
Sin especificar