GY25 Inclination Angle Sensor Module Function The GY25 is a compact tilt sensor module that measures tilt relative to gravity. It provides inclination data for orientation sensing in embedded systems, enabling level detection and tiltaware control in small projects. Why you need it Improves stability and orientation awareness in robotics, drones, and automated systems. Enables automatic leveling and tilttriggered responses in handheld or portable devices. Provides a simple, onboard inclinometer solution for spaceconstrained applications. What makes it stand out Small, compact PCB form factor designed for easy mounting on development boards and enclosures. Integrated tilt sensing on a single module for straightforward integration with minimal external components. Readytouse platform that fits with common microcontroller workflows and development environments. Key attributes Function: measures inclination angle relative to gravity across one or more axes for orientation and leveling tasks. Compatibility: designed for easy integration with typical microcontroller platforms and development boards; compatible with standard wiring practices for embedded projects. Size: compact PCB module suitable for spaceconstrained applications and compact enclosures. Material and construction: standard PCBbased module with onboard MEMS tilt sensor and supporting circuitry. Performance: provides realtime tilt data with reliable responsiveness suitable for monitoring and control in both hobby and professional contexts. Use scenarios 1) Robotics and autonomous devices: use tilt data for balance, orientation estimation, and stabilization control. 2) Portable electronics and UI devices: enable screen orientation changes or tiltbased gestures and interactions. 3) Tilt monitoring and safety: detect tipping or improper positioning in small machinery, work platforms, or mounting assemblies. Setup and usage notes For precise wiring, voltage requirements, and output interface details, refer to the specific GY25 revision's datasheet and user guide.