MESHOPIAModelismo y radiocontrol39 modelos etiquetados · Página 1 de 1
Manta FIMI RC Plane FC base plate Purpose This model is a flight controller (FC) base plate specifically designed for the Manta FIMI RC plane. Practical Uses It serves as a mounting platform to secure the flight controller within the aircraft structure. Included Parts - manta_FC_base.STL Printing/Assembly Guidance Not provided in the source text.
RC Plane Tip with 700mAh battery holder Purpose This model is a protective tip designed for an RC plane. Its primary function is to increase the durability of the aircraft to prevent breakage during use. Practical Uses In addition to providing protection, the tip serves as a mounting solution by including a dedicated holder designed to carry half of a 700mAh LiPo battery. Included Parts - RC Plane Tip with integrated 700mAh battery holder Printing and Assembly Guidance Not specified in the source text.
Retractable Landing Gear for RC Plane Purpose This model is a 3D printed retractable landing gear system specifically designed for use with RC planes. Practical Uses It serves as a functional mechanical assembly to allow the landing gear of a remote-controlled aircraft to retract during flight. Included Parts The assembly consists of the following STL files: - Landing Gear Bottom Cover.stl - Landing Gear Spring Holder.stl - Landing Gear Wheel Holder.stl - Landing Gear Slider.stl - Landing Gear Main Body Botton.stl - Landing Gear Main Body Top.stl - Landing Gear Body Top.stl
This RC plane wheel rim is designed to serve as a replacement part for aircraft landing gear. It was specifically created to replace a broken wheel following a crosswind landing. Practical uses for this model include repairing RC aircraft that utilize 4" tires. The rim is designed to accommodate a 6mm landing gear shaft. Included parts consist of the wheel rim (RC_LUDO_Wheel_Rim.stl). Assembly requires 3mm bolts to secure the two sides of the wheel together. For printing, the author recommends using 100% infill to ensure sufficient strength for landing operations.
RC plane skis Purpose This model is a set of skis designed specifically for use with an RC plane. Practical Uses These skis are intended to allow an RC aircraft to land and take off from snowy or soft surfaces where traditional wheels might sink or lose traction. Included Parts * RC plane skis.stl Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source data.
RC plane landing gear Purpose This model is a steerable tail landing gear designed specifically for use with RC planes. Practical Uses It serves as the rear support mechanism for remote-controlled aircraft, providing stability during takeoff and landing while allowing for directional control through steering. Included Parts - RC plane landing gear (STL file) Printing/Assembly Guidance No specific printing or assembly instructions are provided in the source data.
This is an RC plane motor mount specifically designed for the Dancing Wings Hobby Savage Bobber. Purpose The purpose of this model is to provide a mounting solution for an RC plane motor on the Savage Bobber airframe. Practical Uses It is intended for use as a replacement or upgrade component for the Dancing Wings Hobby Savage Bobber RC aircraft. Included Parts The model includes one file: Part Studio 2 - Part 1.stl. Printing and Assembly Guidance Users should note that the bolt holes for this mount require drilling after printing to ensure proper fitment.
Pitot tube mount for RC planes Purpose This model is a compact pitot tube mount designed with an integrated sensor. It is intended for use in RC planes to facilitate airspeed measurement. Practical Uses To accommodate different hardware configurations, the model is provided in two distinct variants: one designed for a rectangular case and one for a round case. Included Parts The model files include: - pitot-mount-rect.3mf - pitot-mount.3mf Printing and Assembly Guidance According to the author, the following steps are required for assembly: Preparation: - Cut excess wires from the back side of the PCB to save vertical space. - Cut stainless pipes, leaving approximately 5mm for both tubes. Printing: - Print both sides using supports. Assembly: - Sand planes slightly to ensure a better connection. - Assemble the components as shown in the reference photo. - Apply a small amount of glue to one side, press the parts firmly together, and secure them with a clamp while drying.
RC Plane Clothes Hanger Purpose This model is a specialized holder designed to hang RC planes by the elevator. Practical Uses It serves as a storage solution for RC aircraft, utilizing a hanging rod to suspend the planes. Included Parts - SimplePlaneHolder.stl Technical Specifications - Distance from the holder to the hanging rod: 150 mm - Spacing between the holding arms: 100 mm
RC Plane Tail Steering Wheel Purpose This model is a remix of Jkilby's tail wheel and Qrome's 54mm wheel and tire. It is designed to provide a tail steering solution for RC planes, featuring a taller wishbone to accommodate larger wheels and threaded posts to prevent components from detaching during use. Practical Uses It serves as landing gear for RC aircraft, specifically functioning as a steerable tail wheel assembly. The design ensures the wishbone and rudder move in unison while allowing the fuselage plate to rotate freely. Included Parts - Wishbone - Wheel - Tire - Rudder Guide - Fuselage Plate - Rudder Plate - Nut Printing and Assembly Guidance The author suggests printing the wheel from PETG and the tire from TPU. To assemble the wheel, insert it between the wishbone and slide a screw through to act as an axle. Tighten until excessive play is removed, ensuring the wheel can still rotate freely. A second, slightly smaller nylon nut can be used to prevent the first nut from backing off. For the fuselage plate, slide its hole onto the wishbone post; the bottom of the post is smooth to allow the plate to rotate freely. Secure loosely with a nut. Slide the rudder plate onto the rudder guide's threaded post and secure tightly with a nut so it does not spin. Slide the other hole of the rudder plate onto the fuselage nut and secure tightly with a nut to fix the rudder plate to the wishbone. Finally, glue the fuselage plate to the bottom of the fuselage and the rudder guide to the rudder, ensuring the wishbone post is centered directly under the rudder's axis of rotation.
This is a two-part design for an RC plane wheel. Purpose and practical uses: The model is intended for use as a wheel for RC planes. Included parts: - RC Plane Wheel Part PETG.stl - RC Plane Wheel Part TPU.stl Printing guidance: The author suggests printing the wheel hub using PETG and the tire using TPU, noting that more flexible TPU is preferred.
Firewall For RC Plane Purpose This model is a firewall designed for use in RC planes. Practical Uses Users must customize the component to accommodate their specific motor. The author instructs to drill holes into the firewall to achieve the necessary fit, noting that one hole is already located in the middle. Included Parts - Firewall for rc plane-Body.stl Printing/Assembly Guidance Assembly requires drilling holes into the part to fit a specific motor. One hole is pre-located in the middle of the component.
This model is a component designed as a tip for an RC plane. Its intended purpose is to serve as a motor holder for the aircraft being built. Included files: - RC plane tip (motor holder).stl
Nacelle for rc plane Purpose This model is a nacelle designed to attach Flite Test motors to the exterior of a scratch-built airplane. Practical Uses The design provides internal storage space for an Electronic Speed Controller (ESC). It features an integrated air scoop specifically designed to provide cooling for the stored ESC. The rear of the nacelle includes holes sized to accommodate a hex key, which facilitates the motor mounting process. Included Parts - Nacelle prototype.stl Printing and Assembly Guidance The mounting holes provided in the rear of the design are pilot holes only; the user must drill them out to complete the motor mounting setup.
Anntenas holder Rc Purpose These antenna holders are designed for RC pilots who utilize two receivers simultaneously. The model is provided at a specific angle recommended by the author for optimal use. Practical Uses They serve as mounts for antennas when operating dual receiver setups in RC aircraft applications. Included Parts - Anntenas holder 90-90.STL - Anntenas holderV2.STL Printing and Assembly Guidance The author recommends printing these holders using TPU. For assembly, a screw should be placed in the middle of the model. The author notes that the model is very light, suggesting that weight is not a significant concern during use.
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.
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.
Two Bladed Propeller Snap Fit Purpose This model is a two-bladed propeller originally designed for the VOLANTEXRC RC Plane - P51 Mustang Ready to Fly. It is intended to fit other brands, such as LEAMBE. Practical Uses It serves as a replacement or custom part for RC planes and similar electronics-based hobbyist aircraft. Included Parts - Two Bladed Propeller.stl Printing and Assembly Guidance For optimal performance, the author recommends using light filaments such as PLA, ABS, or PETG, noting that other materials may increase drag. For best use, the bottom of the propeller should be sanded. Printing settings recommended by the author include: - Layer height: 0.16mm or lower - Infill: 0% - Wall thickness: 0.8mm (2 lines) - Support and adhesion should be used during the printing process.
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.
The AIRHANG system is a wall support designed for RC airplanes. Its primary purpose is to keep aircraft safe by storing them off the ground and away from workbenches. According to the source, the system is capable of holding all sizes and weights of RC planes securely to a wall. 1. Practical Uses: This system serves as a wall-mounted storage solution for hobbyists to organize and protect their RC airplane collections. 2. Included Parts: The provided files include AIRHANG2.stl, SLOPE PEG v1.stl, CESSNA SR22T.stl, CONSCENDO.stl, DECATHALON.stl, EC 1500 AIRHANG RIGHT.stl, and CESSNA SR22T AIRHANG RIGHT.stl.
Mini Flour Nuke For RC Aircraft Purpose This model is designed as a specialized accessory for RC aircraft. It functions as a "mini flour nuke," intended to release flour during flight. Practical Uses It is used as a payload for remote-controlled planes to create visual effects or demonstrations using flour. Included Parts - Mini Flour Nuke.stl Printing and Assembly Guidance No specific printing parameters or assembly instructions are provided in the source documentation.
RC Plane Holder Purpose This model is a wall-mounted bracket designed to hold a Sky Surfer RC plane. It serves as a storage solution to keep the aircraft secure while displayed on a wall. Practical Uses It is intended for hobbyists looking for a dedicated wall mount to organize and display their Sky Surfer model planes. Included Parts - holder for sky-surfer.stl Printing and Assembly Guidance No specific printing or assembly instructions are provided in the source data.
Ranger 1220mm V2 Wing Mount Lock Purpose This model is a specialized mount lock designed specifically for the Ranger 1220mm RC plane. It serves as a component to secure the wing mounting system. Practical Uses It is intended for use in RC aviation enthusiasts maintaining or building a Ranger 1220mm scale aircraft, providing a locking mechanism for the wing mount. Included Parts The package includes the file: Ranger 1220mm Wing mount Ready.3mf. Printing and Assembly No specific printing parameters or assembly instructions are provided in the source documentation.
FPV Upgrade for ZOHD Altus – Magnetic Nose for Walksnail Moonlight Purpose This 3D-printed nose is designed specifically for the ZOHD Altus FPV aircraft. It serves as a dedicated mount for the Walksnail Moonlight unit (camera and VTX) and attaches to the fuselage using magnets, eliminating the need for screws or glue. Practical Uses Providing an aerodynamic and closed front to protect electronics, the design includes built-in ventilation and antenna holes suitable for dual antenna setups. It is engineered to allow easy access to the SD-Card and the bind button. Included Parts - 3D model: Zohd Altus Nose Walksnail.obj Printing and Assembly Guidance For printing, the author suggests using any material and any layer height. Supports are not required. The recommended print orientation is with the nose facing down. The author reports a weight of 43 grams when printed in solid PLA and 18 grams in LW-PLA. Assembly requires neodymium magnets. While the parts list specifies 8× Ø6 × 3 mm magnets, the author recommends using 4× Ø6 mm × 3 mm magnets for attachment to the fuselage.
RC Firewall (Flite Test Swappables) is a component designed for use with Flite Test swappable aircraft systems. Its primary purpose is to serve as a firewall for these specific planes. 1. Purpose: To provide a mounting structure for RC aircraft within the Flite Test swappable ecosystem. 2. Practical Uses: This part is used to secure a motor mount to the airframe. The author has integrated specific screw holes into the design to facilitate motor mounting. 3. Included Parts: The model includes one file: RC Firewall.stl. 4. Printing and Assembly Guidance: The author provides the following instructions: Print, glue, and fly.
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.
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
RC Plane Compliant Hinge Purpose This model is a one-layer compliant hinge designed for use with airfoil or flap components on lightweight RC models. Practical Uses It serves as a functional joint for RC aircraft, utilizing compliant mechanism principles to provide movement within the wing or flap structure. Included Parts - pant3.3mf - pant3.stl - pant3_0.1mm_PLA_MK3S_2m.gcode Printing and Assembly Guidance The author tested this model using PLA. While the author states it should work with other materials, they note that it is not specifically intended for flexible filament, though users may choose to try it. No further assembly instructions are provided.
This model is a fuselage designed for an RC glider with a 1.2m wingspan. It serves as the main body structure for the aircraft. Practical uses include the construction of a remote-controlled glider model. The included files are: - RC hazedlo trup.stl - RC hazedlo kabina.stl
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.
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.
This model is a micro RC plane. The author states that this design is untested. Practical uses include hobbyist experimentation with micro RC flight. The design is intended to use a 5-below helicopter motor and motherboard. Included parts: - rc plane v1.0.stl
Festo 4mm Ventil (2-fach) Purpose This model is a bracket designed to hold two Festo 4mm valves. According to the author, it is intended for use during the refueling process of RC aircraft. Practical Uses It is specifically suited for scenarios where two different fluids are required, such as refueling with kerosene in one valve and smoke oil in the other. Included Parts The listing includes the following file: - Festo Ventil 4mm.stl Assembly Guidance Not specified.
This model is a battery tray designed for the 3D Labprint Sabre RC plane. Its primary purpose is to provide an easy way to mount a battery within the aircraft. Practical uses include securing a 3S LiPo battery during flight. Included parts: - 3dLabprint_Sabre_Battery_tray.3mf Assembly guidance: The author suggests supergluing the parts in place. Disclaimer: Use at your own risk. The author states, "It works for me. I do not hold responsibility for if anything goes wrong."
Purpose: This is a simple airplane model designed for testing engines or aerodynamics. Practical uses: The model serves as a prototype for aerodynamic and engine testing. Included parts: - Plane v9.3mf
RC Kids controller - replacement stick Purpose This model is designed as a replacement part for an RC controller. It is intended for users who have lost the original stick component of their device. Practical Uses It serves as a functional substitute for a controller stick. The author notes that while this model is roughly the same size as the original, it can be made much wider if desired. Included Parts - stick.stl - stick.scad Note: The author states this design is based on a stick from an RC plane that was made of foam.
Servo horn, control surface - glue in place Purpose This model is a servo horn designed to be glued directly to a control surface on an RC plane or boat. Practical Uses It serves as a mechanical link for remote-controlled vehicles. The author advises users to check the dimensions and adjust the scale to ensure compatibility with their specific application. Included Parts - servo-horn.stl - servo-horn_0.2mm_PLA_MINI_28m.gcode Printing and Assembly Guidance For printing, the author recommends using PETG or PLA. The optimal orientation for printing is on the side.
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!
A collection of 3D printable components for a model aircraft payload, consisting of a bomb, a bomb nose, a holder, and a flaper.