The mechanical subteam is the backbone of Team 1280, focusing on the physical design, construction, and mechanical integrity of their robots. This subteam is where concepts and designs become tangible, transforming ideas into the moving parts and structural components that give the robots their form and function. The Mechanical subteam's work encompasses a broad range of activities, from drafting initial sketches and CAD modeling to machining parts and assembling complex mechanical systems.

Members of the Mechanical subteam are adept in applying principles of mechanical engineering to solve practical problems, ensuring that the robot is not only capable of performing the tasks required by the competition but is also robust, efficient, and adaptable to the dynamic environment of a FIRST Robotics match. They work closely with materials, tools, and manufacturing processes, gaining hands-on experience in fabrication techniques such as welding, 3D printing, and CNC machining.

Collaboration is key within the Mechanical subteam, as its members must coordinate closely with the EECS subteam to integrate mechanical and electrical components seamlessly. This interdisciplinary approach ensures that the robot's design is holistic, with each system working harmoniously to achieve optimal performance.

The Mechanical subteam fosters a culture of creativity, innovation, and excellence, encouraging its members to push the boundaries of what is possible. Through their participation in the FIRST Robotics Competition, students develop not only technical skills in mechanical design and engineering but also soft skills such as teamwork, problem-solving, and project management. With access to advanced tools and guided by mentors from various engineering fields, the Mechanical subteam of Team 1280 is a place where future mechanical engineers are nurtured, ready to make their mark in the world of robotics and beyond.