A new study provides a detailed biomechanical explanation for the feline ability to reorient themselves mid-fall and land upright, a phenomenon known as the ‘cat righting reflex.’ The research, published in the journal Nature, used high-speed motion capture and mathematical modeling to analyze the precise sequence of movements. It describes how cats initiate a twist by asymmetrically moving their front and hind legs, effectively splitting their body into two rotating sections that conserve angular momentum. This allows them to flip over without pushing off from an external surface, a feat that has intrigued scientists for over a century. The findings offer insights that could inform advancements in robotics and improve understanding of balance and agility in animals. Read the full article at: https://www.wired.com/story/a-new-study-details-how-cats-almost-always-land-on-their-feet/