MESHOPIAScale modelling & RC21 tagged models · Page 1 of 1
This model is a stopper designed for DLE 120cc gasoline engine exhausts. Practical uses include sealing or plugging the exhaust of a DLE 120cc motor. Included parts: stoper para mofle de DLE 120 1H 8 Gr.stl Printing guidance: The author reports printing this part in TPU with 10% infill.
Housing modified from the Flywoo O4 design to house a CO3 camera. The source indicates a 25.4 × 25.4 mm mounting pattern and mentions M2 screws and threaded inserts. The modification adds material around the camera; the author's claims regarding impacts or vibrations do not equate to protection tested by Meshopia. Preparation, compatibility, and printing The author recommends TPU with supports. Check the removal of those supports and the lens clearance before slicing. Verify the exact camera, the connectors, and the clamp closure without tightening the equipment housing. The length of all screws and a confirmed final weight are not provided; measure the assembly before installing it.
Low Profile Screw-on 1/10 RC hex covers Purpose This set of three different nut covers is designed for 1/10 scale RC vehicles to prevent losing nuts on carpet tracks. Practical Uses - Long pro - hex cover: Designed for 2WD rear axles that extend several millimeters past the nut. These are intended to screw onto the axle threads over a low profile nut. The author states they are strong enough to hold the car by. - Medium pro - hex cover: Designed for axles with 1-2mm poking out (e.g., B84 rear on 7mm hex or B7 front). Designed for low profile nuts; they provide a slight screw-on effect. - Low pro - hex cover: A flat cap that does not screw on. Designed for scenarios where the nut protrudes but the axle is buried (e.g., wheeler front). These are slightly smaller than the nut head to allow for TPU stretch. Included Parts - long pro - hex cover.3mf - medium pro - hex cover.3mf - Low pro - hex cover.3mf Printing and Assembly Guidance All covers must be printed in TPU; the author specifically recommends SainSmart TPU. While the prints are not pre-threaded, the TPU is intended to self-tap onto the axle threads. To improve retention, the author suggests placing the covers 'flats to points' on the nut so they do not line up with the nut's flat sides.
RC Truck/Car Body Pins Tether Purpose These tethers are designed to prevent the loss of body clips during RC vehicle rollovers. They serve as a safety measure to keep clips attached to the vehicle even if they are dislodged. Practical Uses To use these tethers, create a small hole in the RC body where the tether is needed. The tether is then inserted into the hole. The author recommends making the hole a couple of sizes smaller than the nub that passes through the body to ensure a tight fit and prevent the tether from pulling out. Included Parts - pin tether.stl Printing/Assembly Guidance As per the author, ensure the hole drilled in the RC body is slightly smaller than the tether's nub to maintain a secure connection. The author suggests using TPU filament for these parts.
Drift route limit/Drift Barrier, For RC Drift cars, Scale 1:43, misc Purpose These models are designed to serve as racing or drifting barriers for RC drift cars. They function as route limits to define the track boundaries during use. Practical Uses Designed for scale 1:43 RC drifting, these barriers can be used to create track layouts. The creator suggests printing these in TPU to provide more give and impact absorption when cars collide with them. Included Parts The set includes several different configurations to accommodate various track shapes: - V-shaped barrier (CK1MAX_drift barriere-v.stl) - Y-shaped barrier (CK1MAX_drift barriere-y.stl) - X-shaped barrier (CK1MAX_drift barriere-sx.stl) - Two longer versions (CK1MAX_drift barriere-long-t.stl and CK1MAX_drift barriere-long.stl) Printing/Assembly Guidance The source indicates that printing these parts using TPU material has been successful for providing impact flexibility.
This model is an RC car tire featuring a no-overhang thread pattern designed to facilitate easier printing. It was originally designed for the XRAY M18T. Practical uses include drifting and recreational RC driving. The author notes that while the tire is designed for fun, it is not intended for competitive racing. Included parts: - tirev2.step - tirev2.stl Printing and assembly guidance: This tire is primarily designed for use with foaming filament and has been tested using Siraya AIR TPU. To ensure successful printing, the author recommends enforcing a constant speed across the print by using a volumetric flow rate limit (for example, 3 mm³/s). To avoid friction issues within the PTFE tube, it is advised to feed soft TPU directly to the print head. Users should utilize slicer scaling to achieve their desired dimensions.
RC model waterproof boot vase mode Purpose This model is a waterproof boot designed to protect pushrods on an RC model. Practical Uses It is used to seal pushrod areas against water ingress. For a tighter seal at the exit part, the user can adjust the size by scaling the model or modifying the line width within the slicer. The author notes that applying silicone grease can result in quieter and smoother operation. Included Parts - Boot.stl Printing and Assembly Guidance To achieve waterproofing, the author recommends printing the model in vase mode. The material used for the provided example was Geeetech Black TPU 95A. For installation, the part can be fixed in place using superglue.
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.
RC Car Body Post Cushion Purpose This model is an RC car body post cushion designed to support a polycarbonate body once it is mounted on posts. It serves as an alternative to using traditional body clips combined with pieces of foam. Practical Uses These cushions are intended to rest the polycarbonate body on the mounting posts. While the design lacks a small curve at the top, the author suggests this can be achieved by applying heat to prints made from PLA or PETG to create a permanent curve. Included Parts - RC car body post cushion (STL file) Printing and Assembly Guidance The author recommends using TPU as the best material for this part. Successful print tests were conducted using the following settings: - Fiberlogy MattFlex 40D TPU: 4 walls and 100% infill. - PETG: 4 walls and 100% infill. - PLA+: The author notes that PLA+ should also work for this application.
These drift wheels are designed specifically for the Wltoys 284131. They were created to address performance issues encountered with the original wheels when attempting to drift on smooth surfaces. The creator recommends using version V5 for optimal performance. 1. Purpose: To provide improved drifting capabilities on smooth surfaces compared to the stock Wltoys 284131 wheels. 2. Practical Uses: Enhancing the drift performance of the Wltoys 284131 RC car. 3. Included Parts: The file set includes five versions of the drift wheel: v1, v2, v3, v4, and v5. 4. Printing/Assembly Guidance: For optimal results, it is recommended to use TPU material. Print settings should include no infill and 3 wall layers.
This model is designed to provide a replacement tread for the Grave Digger RC Tank. Because the original tank utilizes rubber treads, a breakage prevents the vehicle from functioning properly. This 3D printable model serves as a functional substitute to restore mobility to the tank. 1. Purpose: To provide a replacement part for the Grave Digger RC Tank in the event that the original rubber treads break. 2. Practical Uses: Repairing a non-functional Grave Digger RC Tank. 3. Included Parts: loop tread.stl. 4. Printing and Assembly Guidance: The author recommends printing this model using TPU with standard settings.
Purpose This adapter is designed to connect the exhaust from an xTool S1 to a Fumeclear FC-2003 fume extractor. The author states this part allows for a shorter exhaust run compared to using a silicone adapter. Practical Uses It can be used to facilitate a more direct exhaust path. The author notes it may work for other Fumeclear parts or can be remixed to fit different adapters. Included Parts - Exhaust Adapter_final.stl Printing/Assembly Guidance The author designed this part with TPU in mind and reports that it works well with that material. The xTool S1 side has a 90mm inside diameter, and the Fumeclear side has a 66mm outside diameter.
GEPRC MARK5 DC DJI O3 Antenna Mount Purpose This model is a TPU antenna mount specifically designed for the GEPRC MARK5 DC equipped with the DJI O3 system. Practical Uses It serves as a dedicated housing to secure the DJI O3 antenna to the GEPRC MARK5 DC frame, providing a flexible mount to protect the antenna during flight operations. Included Parts - dij o3 antena.stl Printing and Assembly Guidance This model is intended to be printed in TPU (Thermoplastic Polyurethane) to utilize the material's flexibility and impact resistance for antenna mounting.
HeliGrip RC helicopter skid clamps are designed for the secure transport and storage of RC helicopters. These clamps lock onto the helicopter's landing skids to provide stability during travel or while organizing a hangar. 1. Purpose: The system is intended to secure helicopter landing skids for safer transport and organized storage. 2. Practical Uses: They can be used to lock a helicopter in place while hitting the road or when storing equipment in a hangar. 3. Included Parts: The model files include various clamp components: RC helicopter skid clamp bottom short, Rc helicopter skid mount double bottom v1, RC helicopter skid clamp bottom, RC heilcopter skid clamp Bottom TPU insert, and RC helicopter skid clamp top TPU insert. 4. Printing and Assembly Guidance: The author suggests printing the main clamps in solid PLA, though ABS or PETG are recommended if heat resistance is needed for use inside a hot vehicle. The TPU inserts should be printed with 0.8mm top and bottom layers and 0.8mm outer walls. To complete the assembly, M4X12 or longer bolts are required.
Losi Micro T Wheel Purpose These custom wheels were designed to replace the stock tires on the Losi Micro-T to address issues with insufficient grip. Practical Uses They are intended for use on the Losi Micro-T RC car. Note that these wheels will slightly widen the vehicle's stance. Users are advised to exercise caution when using the tool supplied with the car, as the wheel depth differs from the original equipment. Included Parts - 1 x micro T Wheel (STL file) Printing and Assembly Guidance The author reports printing these wheels using TPU 85. The wheels are designed to work with the original 7 mm hex. Dimensions are 35 × 17.8 mm.
Antenna Mount GPS VTX ELRS HGLRC MY5 Purpose This model is designed as a multi-purpose antenna mount intended for FPV drone configurations. It provides dedicated mounting points for GPS modules, Video Transmitters (VTX), and ExpressLRS (ELRS) antennas. Practical Uses It is used to secure essential electronic components and antennas on an RC aircraft, specifically compatible with HGLRC MY5 setups. The design supports various FPV systems including DJI and Walksnail. Included Parts The digital file provided is a .3mf file named tpumount.3mf. Printing and Assembly Guidance The author specifies that the material used for this mount is TPU (Thermoplastic Polyurethane).
Creality CR-200B sealing for Cupola Purpose This model is a sealing designed for the top plastic cupola of the Creality CR-200B printer. Its intended purpose is to improve the internal chamber temperature. Practical Uses The sealing features a long hole designed to accommodate a cable and Bowden tubing. Note that this specific file is described as an unapproved dimension test file. Included Parts - CR-200B_CupolaSealing.3mf Printing and Assembly Guidance The author specifies that the final version of this part should be printed in TPU. Cautionary Notes The author advises caution when using this sealing to ensure that the printer motors do not overheat. To improve motor temperature, the author suggests adjusting Vref and utilizing passive cooling.
TPU feet for the CR-10. Purpose These components are designed to serve as feet for the CR-10 3D printer. Practical Uses They are intended to be used as replacement or upgrade feet for the CR-10 model. The author notes that feet specifically for the CR-10S are planned for future release. Included Parts - cr10 feet tpu.stl Printing/Assembly Guidance The model is tagged for use with TPU (Thermoplastic Polyurethane) material.
Purpose: This model provides TPU protection for important radio parts on Frsky X18 and X20 controllers. Practical uses: Designed to protect the gimbal and sticks of the radio. Included parts: - frsky x 18 gimbal protection - stick covers.step - x18 gimbal - switch.stl
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.
Protective cover for DC Binding Posts Purpose This model consists of two TPU covers designed to provide insulation for the backside of DC binding posts. They are intended to cover bare, uninsulated M8 bolts and nuts located inside a battery enclosure, such as an ammo box, to prevent accidental contact. Practical Uses These covers are used in battery pack setups where binding posts are mounted through a container wall. They provide a safety solution for the exposed hardware (bolts and terminals) on the interior side of the mounting point, making them suitable for outdoor applications like astronomy setups. Included Parts - Bind post safety cover.stl (2 pieces) Printing and Assembly Guidance Based on the creator's successful print, the following settings were used: - Printer: Prusa original Mini - Material: Sunlu TPU filament - Nozzle Temperature: 240°C - Bed Temperature: 60°C - Print Speed: 20 mm/s - Layer Height: 0.2 mm - Infill: 10% gyroid Assembly is achieved via pressure-fitting the covers over the bolts and terminals.