As a new structure, the Wick-free vapor chamber (WF-VC) breaks through ultra-thin and ultra-light technical difficulties. The convergence and dripping of droplet in the condensation section and the rapid diffusion of the working fluid at the evaporation section have become hot spots. In this research, a feather-shaped superhydrophobic-superhydrophilic pattern (SSP) was prepared for the droplet's directional wetting and rapid diffusion. The main path is responsiblefor transporting droplets over long distances, and the branch is designed to diffuse the droplet rapidly toward the end of the branch. The highest transportation velocity reaches 174 mm/s. After 29 orthogonal experiments and performing a response surface analysis of the four structural parameters, the optimal structural parameters were determined through multi-objective optimization of transportation time and mass point.