Gravity affects how plants grow, causing roots to move downward and stems to rise upward. This response, called gravitropism, is essential for life on Earth. But in space or microgravity, plants grow differently, which helps scientists understand biology beyond Earth.

Microgravity occurs when the effect of gravity is reduced, similar to conditions in space. Clinostats help create microgravity-like environments on Earth by rotating biological samples continuously, removing the constant gravitational pull in one direction.

Our Arduino-based Clinostat provides an affordable way to study plant growth under simulated microgravity. With simple electronics and programmable speed, it helps students and researchers explore space science at a low cost, promoting innovation and learning.