The Mechanical team is at the heart of constructing the physical structure and mechanisms of the robot. They take the concepts developed in the design phase and turn them into reality, focusing on crafting a sturdy and functional framework that supports the robot’s movement and abilities. Their work involves cutting, assembling, and modifying materials like metal, plastic, and other components to build the robot’s body, drive systems, and manipulators.
From drivetrain construction to the development of complex arms, lifts, or grippers, the Mechanical team ensures that every part of the robot is structurally sound and operates smoothly. They work closely with the CAD team to follow 3D models and blueprints, ensuring that each component is built to exact specifications. Attention to detail is key, as every bolt, bearing, and motor must be perfectly aligned to ensure optimal performance and durability during competition.
In collaboration with the Electrical and Programming teams, the Mechanical team tests and refines their creations, making adjustments and improvements as needed. They troubleshoot mechanical issues that arise during testing or competition, ensuring the robot is strong, reliable, and ready to perform at its best. Their craftsmanship is what physically brings the robot to life and makes it capable of executing tasks with precision and power.
