Our interactive project is called the “Marblnator” which is a two player arcade game designed to engage the user in a fun and competitive way. Utilizing the Arduino technology, we will create a dynamic maze where players maneuver a box to guide a marble through various challenges within the box. 

At its core, the Marblnator draws inspiration from classic marble maze games, where the user control the tilt of the box to guide a marble through obstacles and into a designated target. However, this project goes a step further by integrating Arduino sensors and actuators to make the game more interactive, challenging, and responsive.

The objective of the Marblnator was to create an interactive, multi-stage game that combined analog and digital elements to guide a marble through a series of increasingly difficult challenges. Players were tasked with maneuvering the marble through five distinct stages, each with its own set of obstacles, while interacting with Arduino-controlled components like servo motors, distance sensors, and a potentiometer. The game was designed to test both physical skill (in terms of tilting and guiding the maze) and problem-solving ability (by using the sensors and actuators to advance through the stages). The ultimate goal was to create a challenging, engaging experience that required players to think strategically and adapt to changing conditions in real-time.