How does a Rolex move, with a ticking or gliding motion?

A Rolex watch moves with a sweeping motion, often referred to as gliding or sweeping, rather than with a ticking motion. This sweeping motion is achieved through the use of mechanical movements known as automatic movements. Unlike quartz movements that have a ticking motion where the second hand moves in one-second increments, automatic movements have a more continuous and smoother motion. The second hand of a Rolex watch moves in a sweeping manner, seamlessly gliding from one second to the next, giving the appearance of a non-stop motion. Rolex produces their own mechanical movements, which are known for their precision and quality. These movements are equipped with a special component called the oscillator, which is responsible for the sweeping motion. The oscillator controls the timekeeping of the watch and regulates the movement of the hands. Its continuous oscillation ensures that the second hand moves in a smooth, gliding motion.