19 projects
3D-printed parts, models, Arduino circuits, and automated systems.
10–18 of 19 projectsPage 2 of 3
A 3D-printed mounting bracket that holds an Arduino Nano board together with a relay module, keeping the two components aligned and securely fixed in place within a project enclosure. It prints economically — about 1 hour 15 minutes with 10% infill.
A compact 3D-printed bracket designed to hold and secure a relay module in Arduino-based projects, keeping the board fixed and wiring organized. Measures 56.8 × 52.1 × 6.0 mm and prints in roughly 30 minutes.
A clip-on 3D-printed bracket that holds an Arduino sound/microphone sensor module, compatible with Nano, Uno, and Mega boards. The clip is intentionally snug, so the sensor stays firmly seated once fitted.
A clip-style 3D-printed holder that secures an Arduino humidity sensor module in place within a project. As with the designer's other sensor mounts, the clip fits tightly, keeping the sensor from working loose.
A small 3D-printed holder that mounts an Arduino infrared obstacle/proximity sensor, keeping the module properly positioned and secured within a project. Prints quickly, in about 20 minutes with 15% infill.
A 3D-printed anti-return bubbler that acts as a safety valve for electrolysis setups, preventing gas (such as hydrogen) or liquid from flowing back into the system. It's designed to sit inline with the electrolysis apparatus as a simple, low-cost backflow safeguard.
A 3D-printed clip that attaches a bicycle to a car luggage/roof rack, designed to fit Btwin and similar bike frames. It simply clips onto the rack to provide a secure attachment point for transporting the bike.
A simple 3D-printed mount that holds an Arduino potentiometer module in place, keeping the component secured and properly oriented within a project. Prints in about 17 minutes with 25% infill.
A small two-part 3D-printed storage box sized to hold USB Type-C adapters, keeping them organized and protected when not in use. The two pieces fit together to form an enclosed case.
