Our project is a Multi-Directional Accelerometer. It detects acceleration and displays it in different modes determined by the user. The modes include total magnitude of acceleration, maximum attained magnitude of acceleration, magnitude of acceleration in the three Cartesian axes, and cube display. The key technologies we used included a microcontroller, accelerometer chip, battery gauge, custom PCB, and battery charger. The accelerometer is important for actually sensing acceleration. The custom-designed PCB provides power-delivery to the system. The battery charger allows us to charge the system with power while the gauge tracks how much power the battery has. Finally, the microcontroller processes the information from the accelerometer and battery gauge to make it more comprehensible on the display. We are most proud of how many different modes there are and how accurate our system is. The many modes allow the user to get specific information relating to acceleration in whatever form best suits their need. The system quickly updates and is accurate to the nearest tenth for the individual axes and to the nearest hundredth for the magnitude. Challenges we faced include the construction and conceptualization of the system. We learned many new things for this project and we went through many different prototypes for soldering and case designs. In the end we are happy with the final result, but we could provide better physical construction and user capabilities such as a smoother case, buttons, and increased ease of managing mode functionality.