In　recent　years,　fabricating　superhydrophobic　surface　has　been　deemed　to　be　a　promising　strategy　for　metal　corrosion　protection.　Here,　a　facile　and　simple　nanosecond　laser　texturing　treatment　was　proposed　for　constructing　superhydrophobic　surface　on　carbon　steel.　During　the　machining　process,　a　series　of　circle-shaped　texture　patterns　with　different　p/d　values　were　directly　fabricated　on　steel　surfaces　by　nanosecond　laser　machine.　According　to　the　SEM　images,　the　circle-shaped　texture　pattern　showed　desirable　multimodal　structure.　When　the　laser　textured　steel　surface　was　further　chemically　modified,　it　became　superhydrophobic.　With　increasing　the　p/d　value　from　1.0　to　1.8,　the　superhydrophobicity　of　laser　textured　superhydrophobic　steels　deceased　continually　due　to　the　increased　undesirable　flat　area.　Furthermore,　the　laser　textured　superhydrophobic　steel　also　showed　superb　mechanical　durability　against　abrasive　damage.　Owing　to　the　excellent　obstructive　effect　to　corrosive　medium,　all　the　superhydrophobic　steels　displayed　superior　corrosion　resistance　in　3.5　wt%　NaCl　solution　and　the　superhydrophobic　steels　with　lower　p/d　values　displayed　better　corrosion　resistance.　In　addition,　the　laser　textured　superhydrophobic　steel　also　showed　desirable　chemical　stability　and　excellent　healability　even　it　lost　its　superhydrophobicity.　It　was　also　worth　pointing　out　that　a　relatively　higher　drying　temperature　could　further　improve　the　chemical　stability　and　enhances　the　corrosion　protection,　which　made　this　process　technique　more　promising　and　competitive　for　future　practical　applications.