Customizable Ultrasonic Sensor Housing for HC-SR04

This specially designed case for the HC-SR04 ultrasonic sensor offers a compact and stable solution for your electronics projects. The design was conceived to securely protect the sensor while ensuring optimal functionality. Thanks to precise openings for the ultrasonic modules and connection pins, signal transmission remains reliable and accurate

A special feature of this case is its versatile mounting option: It can be directly attached to a servomotor or any other 14mm wide bracket. This allows you to integrate the sensor into movable projects – ideal for robot arms, autonomous vehicles, or distance measurements with dynamic alignment

Additionally, the file includes a matching screw to securely fix the case to the servomotor or bracket. This ensures the sensor remains stable and precisely aligned even during fast movements

The case design is compact, robust, and easy to print. It can be easily scaled if you want to adapt it to larger or smaller brackets. Thus, with Bambu Lab printers (or any other FDM printer), you can scale the model in a slicer like Bambu Studio, Prusa Slicer, or Cura without sacrificing functionality or stability

Advantages at a Glance:

• Perfect fit for HC-SR04 ultrasonic sensor
• Directly mountable on servomotor or 14mm wide bracket
• Includes screw for secure fixation
• Scalable for larger or smaller applications
• Easy to print and stable in use

With this versatile case, your sensor project will become even more flexible and professional. Have fun printing and building

Tags:
HC-SR04 Case, Ultrasonic Sensor, Servomotor Mount, 3D Printing, Robotics, Electronics Project, Sensor Mounting, Scalable Design, MakerWorld, DIY Electronics

Print Profile Recommendation:

• Printer: Bambu Lab (X1 Carbon, P1P, A1) or other FDM printers
• Material: PLA, PETG or ABS (PLA for easy handling, PETG for resilience, ABS for high stress)
• Layer Height: 0.2 mm (for good detail and print time)
• Infill: 20–30% for good stability
• perimeter: 3 for additional strength, especially for the bracket
• Supports: no supports, design optimized for support-free printing
• Bed Adhesion: skirt or brim depending on printer and material
• Scaling:
  • Reduction and enlargement easily adjustable in the slicer
  • Adjust wall thickness and infill if you significantly enlarge the model

With these settings, you get a robust and practical Maschinist RaumZeitPiraten commercially Remix Design by hdrobotics case for your HC-SR04 sensor, https://creativecommons.org/licenses/by-sa/3.0/ perfect for movable or stationary projects. Happy printing! 🚀