 This paper proposes a new technique for directional water transport using a lubricated heterogeneous superwetable surface, LIHSS. The LIHSS is created using femtosecond laser direct writing and lubricant infusion allowing for control over the wetability of the surface. This allows for the creation of a superhydrophilic surface with a wetting ridge that can drive water droplets along its length. The resulting droplets can travel up to three times further than previous techniques making it ideal for use in applications such as biosensing and water harvesting. This article was authored by Ling Xiaowang, Kai Yin, Qin Wen Dang, and others.