This thesis is a project of automated warehouse for storage of ship's reduction gear. In the introductory part it is discussed the role of storage in the industry, when it should be used, ways to make different warehouses and how can distribution be performed in the warehouse. The second part of thesis analyzed the parts of the reduction gear, which could better determine what automation is most appropriate. Once you determine all parts of the ship's reduction gear, it is necessary to choose the method of storing, which should provide automated and realistic system. Choosing the automated storage and retrieval system (AS/RS) and automated guided vehicles (AGV) we determined viable concept of automated warehouses. After selecting automated components, it is necessary to check whether the system of automated storage is viable. This would include parameters: Could system work, if some parts cannot be used by automation and what does system requires of additional equipment. It turns out that the embarkation and disembarkation of goods is impossible to make it automated, so it’s necessary to take a side loader forklift, one classic forklift and barcode system for tracking parts. In the final stage packaging is done where the assembling is done, which then automated guided vehicle transport to location in front of entrance where the package is waiting for boarding on the truck for delivering to client.