Rado True Square Automatic Skeleton

Since their inception, Rado have been known for pushing the boundaries of watchmaking, particularly in the realm of materials and aesthetics. The True Square collection embodies the brand’s philosophy by offering a contemporary interpretation of Rado’s signature square case design. It combines cutting-edge materials with a distinctive geometric form, establishing the collection as both a design icon and a technical achievement.

Design And Iterations

The True Square’s unique design lies in its square case offering a fresh perspective on watch design, with clean lines and an unmistakable modern appeal. The collection incorporates high-tech ceramic, a material that Rado watches have famously pioneered. This material not only enhances the watch's physical properties but also contributes to its sleek, polished appearance, making it comfortable for everyday wear. The bold geometric design is further highlighted by the minimalist dial, with clear, precise markings and a variety of dial options, from skeletonised to open-heart designs, allowing for a view of the intricate movement beneath the surface.

The collection offers a range of Rado watches for men and women, catering to various tastes and preferences. The True Square Skeleton, for example, elevates the square design with a stunning skeletonised dial that showcases Rado's expertise in the art of skeletonisation. For those seeking something more refined, the True Square Diamonds incorporates sparkling diamonds at the hour markers, adding a luxurious touch to the geometric design. The True Square Quartz, with its smaller case size, offers a more compact and feminine option, while the True Square Automatic highlights the mechanical prowess of Rado, featuring a self-winding movement powered by the motion of the wearer’s wrist. The collection also includes the True Square x Design collaboration pieces, such as the limited-edition True Square x Ash Barty, which blends the brand’s expertise with the personal flair of the tennis champion.