ADXL345 3-Axis Digital Acceleration and Tilt Module A compact, high-precision 3-axis digital acceleration module that measures acceleration along X, Y, and Z axes and detects orientation and tilt. Provides reliable motion and tilt data for responsive, low-complexity sensor integration. Key benefits Accurate 3-axis sensing: Delivers reliable acceleration measurements in three directions so you can detect movement, changes in orientation, and subtle tilt reliably. Solves common design problems: Replaces bulky or analogue tilt solutions with a single compact module that reduces wiring and calibration effort. Simplifies integration: Digital output makes it straightforward to connect and process data with microcontrollers and other devices, reducing development time. Versatile performance: High precision enables applications from basic tilt detection to motion-triggered events and gesture recognition without complex signal processing. Compact and practical: Small module size fits into space-constrained projects and prototypes. Key attributes Function: 3-axis acceleration sensing and tilt/orientation detection for motion, inclination, and gesture-based applications. Compatibility: Digital output designed for direct interfacing with microcontrollers and control systems, enabling efficient data handling. Form factor: Compact module suitable for integration into embedded projects and prototypes. Performance: High-precision acceleration and tilt measurements for consistent, repeatable results. Practical use scenarios Portable and wearable devices: Detect device orientation, fall events, or activity patterns in compact consumer or prototype products. Motion and gesture control: Implement gesture recognition or motion-triggered functions in robotics, interactive controls, or appliance interfaces. Monitoring and security: Use for vibration, tilt, or movement detection in equipment monitoring, tamper detection, or alarm systems. Integration tips Designed for straightforward implementation: the module’s digital output reduces the need for additional conversion or conditioning circuits. Ideal for rapid prototyping and integration into existing microcontroller-based systems where accurate, compact acceleration sensing is needed.