In this review research which is based on studying the effect of surface’s textures variation on elctroless, electroplate and physical vapour deposition coatings adhesion, efforts have been done to check the coatings adhesion considering substrate’s surface roughness variation. In this regard, 420 stainless steel substrate, Nickel-Phosphorus electroless and Nickel electroplate coating in addition to Titanium Nitride coating have been used. Some processes consist of polishing, sandblasting and erosion have done In order to prepare substrate’s surfaces. Results about the relation between coatings’s and substrates’s roughness showed that with increasing the substrates’s roughness, electroplate and electroless coatings’s roughness have increased that is more intense in cases with lower substrates’s roughness. At higher roughness of substrates’s surface, there is a 1 to 1 relation between substrates’s and coatings’s roughness. Same trend has happened for PVD coatings ,that due to the presence of droplets, is more intense for lower substartes’s roughness. Bending and indentation test’s results showed that with increasing the substrates’s roughness from polishing to sandblasting, due to mechanical anchoring and interlocking between coatings and substrates, electroless and electroplate coatings’s adhesion has increased. However, the same procedure for PVD substrates’s roughness increasing caused coatings’s adhesion reducing due to much more stress concentration zones and shadow effect as the results of substrates’s roughness increasing. In the following, results showed that with increasing substrates’s hardness and PVD coatings’s thickness, due to more substrate-coating mechanical properties’s matching, limitation the substrate’s plastic deformation at the interface and reducing the transition of stresses from coatings’s surface to substrate-coating interface, the adhesion has increased. Keywords: Surface texture, Roughness, coatings’s adhesion, physical vapour deposition.