Infrared Distance Sensor Bracket

Designed as a dedicated mounting accessory for the Gravity: Arduino Adjustable Infrared Distance Sensor, this compact mechanical bracket provides a practical solution for integrating infrared distance sensing hardware into robotics and interactive electronics. The mounting frame securely holds the 18 mm probe while simplifying alignment and positioning during obstacle detection tasks. As a lightweight sensor holder for robotic assemblies, this installation bracket improves mechanical stability and keeps the infrared ranging probe accurately oriented toward the target area, enabling consistent obstacle avoidance performance across mobile robot platforms and interactive prototypes.

Purpose-Built Sensor Mounting Design

This sensor bracket is engineered specifically for infrared distance detection modules with an 18 mm probe diameter. The rigid mounting structure stabilizes the sensing head and reduces positional drift caused by vibration or repeated movement in mobile robotics. Precise probe alignment improves the reliability of obstacle detection measurements while maintaining a compact footprint. As a mechanical support component for distance sensing hardware, the bracket allows straightforward integration of the infrared probe into robot chassis layouts and experimental electronics setups.

Flexible Integration with Robotic Platforms

Mechanical compatibility makes this mounting accessory suitable for a wide range of robot platforms and interactive media devices. The compact holder allows quick installation of the infrared sensing probe onto frames, brackets, or structural panels without complex fabrication. Such adaptability makes this robotic sensor mount useful in educational robotics kits, experimental automation projects, and mobile obstacle-avoidance vehicles where secure positioning of distance sensors is essential for reliable environmental detection.

This mounting bracket supports reliable deployment of infrared distance sensing modules in robotics, interactive installations, and prototyping environments. By stabilizing the probe and simplifying mechanical installation, the sensor holder enables efficient obstacle detection integration within mobile robots, autonomous vehicles, and experimental mechatronics systems.