MESHOPIAScale modelling & RC5 tagged models · Page 1 of 1
Purpose: This model is designed for mounting MEUS Racing RC LED Lights onto a Traxxas UDR. Practical uses: It serves as a light bracket for RC vehicle lighting setups. Included parts: - UDR Baja Designs Light Mount.stl Printing/assembly guidance: The author suggests printing in PETG for durability and heat resistance. It is recommended to use 100% infill to ensure durability.
Universal Motorcycle Bluetooth Remote Mount – 3D Printable Model Purpose This 3D printable model is a universal mounting bracket designed to securely attach generic Bluetooth remote controls to motorcycle handlebars. The design aims to provide stable, easy access to remote buttons while riding, helping to reduce vibration and keep wireless devices safely positioned. Practical Uses This mount is intended for various wireless devices, including action camera remotes, music/media controllers, navigation remotes, and other wireless switch remotes. It is suitable for DIY and custom motorcycle accessory projects. Included Parts The package includes the following STL files: - rc-lower-clamp.stl - rc-top-cover2.stl - rc-bottom-cover.stl - rc-board-holder.stl - rc-top-cover.stl Printing and Assembly Guidance The author recommends using PETG, ABS, or ASA materials to ensure durability for outdoor use.
CR-6 SE Top Mounted Spool Holder Adapter - Ender 3 S1 / Prusa MKS Style Purpose This bracket is designed to mount the original spool holder to the top of a CR-6 SE printer. The author developed this design following a conversion of the CR-6 SE setup to a direct drive system. Practical Uses It functions as an adapter to reposition the printer's original spool holder onto the top frame, mimicking an Ender 3 S1 or Prusa MKS style mounting configuration. Included Parts The model files include: - CR-6 Top Spool Holder.stl - CR-6 SE Top Spool Holder v2.step Printing and Assembly Guidance The author recommends printing this part in PETG or a material stronger than PLA. Assembly requires the M3 screws and t-nuts taken from the printer's handle and the original spool hinge. Additionally, one single M3 nut is required for installation.
DJI RC-Controller Lanyard Braket Purpose This model is a bracket designed to attach a lanyard to the DJI RC-Controller. Practical Uses It allows the user to secure the controller via a lanyard. Note that while the design maintains access to the charging port, the "Host" and Micro SD ports are not accessible to avoid increased bulk. Included Parts - DJI RC Lanyard Braket (.3mf file) - Required hardware: Two M4 x 8mm screws (not included) Printing and Assembly Guidance For optimal strength, it is recommended to use 4 or 5 perimeters and 4 or 5 solid layers, as the part may bend when hanging from a lanyard. Assembly is completed by using two M4 x 8mm screws to attach the bracket to the controller.
JGA25-371 DC Motor Bracket ORP Purpose This model is an ORP-compatible mounting bracket specifically designed for JGA25-371 DC motors. It is part of the Open Robotic Platform (ORP), an open-source project focused on creating reusable and user-friendly components for hobbyist robotics. By adhering to specific design rules, these parts are intended to be easily integrated and moved within various robotic builds. Practical Uses This bracket serves as a mounting solution for JGA25-371 DC motors within robotic assemblies that follow the ORP design standards. It allows for standardized attachment of the motor to a chassis or frame. Included Parts The package includes one STL file: JGS25-371 DC Motor Bracket ORP.stl. Printing and Assembly Guidance The bracket is designed for use with M3 screws. It features holes with a 3.5 mm diameter. The mounting holes are arranged in a grid pattern with 20 mm spacing, beginning from the center of the part. For full details on the design standards used, refer to the ORP design rules at https://openroboticplatform.com/designrules.