ORBIT Free 3D model

cgtrader

BACKGROUND: I've always been captivated by the intricate dance of mechanisms. The simple turning of one lever can unleash a chain reaction of events in another location, a true marvel of design. I recently undertook the task of modeling a watch movement and was astounded by the sheer genius that must have gone into its original design. Witnessing the perfect harmonization of numerous moving parts working in tandem, triggered by the simple turning of the stem, is truly breathtaking. Although Orbit boasts significantly fewer components than a watch, I've strived to infuse my creation with the same underlying philosophy: a single twist giving rise to an array of seemingly unrelated movements. Despite its complexity, dissecting each gear reveals the simplicity of the design that underlies it all. ORBIT: A halo of five axis points adorns the top half ring of the Orbit sphere, each one housing a star surrounded by several planets orbiting on the outside. As the key is turned, these stars begin to rotate while their respective planets revolve around them in opposition. This dynamic interplay gives rise to an orbital system akin to a miniature galaxy containing its own solar systems. PARTS: The Orbit consists of two primary units: the Base Unit and the Orbit Sphere. The latter can operate independently by inserting a key into any one of three slots and twisting; Orbit will spring to life with either of two achievable speeds, depending on which slot is chosen. Once the Orbit sphere has been affixed to the base unit, rotating the key sets both the sphere and its own revolving mechanism in motion. ASSEMBLY: I sought to address concerns regarding 3D printing by allocating 0.5mm clearance around each axis point as well as 0.4mm between gear teeth; it remains uncertain whether this spacing will be adequate yet optimal, I must confess. SolidWorks renders the assembly intact, prepared for 3D printing. To gain a deeper understanding of Orbit's internal mechanisms, please feel free to manipulate the components in a simulated environment – simply turn the Key on top to witness its kinetic wonder!