Six equal masses trace a gravitational choreography shaped like the Star of David — two overlapping equilateral triangles forming a six-pointed figure. Each body follows the same closed curve, offset by one-sixth of a period from its neighbors, so the system maintains six-fold rotational symmetry throughout. This is a known periodic solution to the six-body problem, found through numerical exploration of symmetric initial conditions. The Star of David pattern is one of the more elaborate choreographies in the catalog, requiring precise balance between centrifugal tendency and mutual gravitational pull. Such solutions reveal that the n-body problem, long considered chaotic, harbors an unexpected gallery of repeating geometric dances.