Vehicular　ad　hoc　networks　(VANETs)　have　become　important　components　of　metropolitan　area　networks,　and　clustering　for　VANETS　provides　many　advantages.　However,　the　stability　of　current　clustering　algorithms　exhibits　poor　robustness　because　a　VANET　is　a　highly　dynamic　scenario.　In　this　study,　a　novel　multi-hop　clustering　scheme　for　VANETs,　which　generates　cluster　heads　(CHs)　via　neighborhood　follow　relationship　between　vehicles,　is　proposed.　The　scheme　is　based　on　a　reasonable　assumption　that　a　vehicle　cannot　certainly　identify　which　vehicle　in　its　multi-hop　neighbors　is　the　most　suitable　to　be　its　CH,　but　it　can　easily　grasp　which　vehicle　in　one-hop　distance　is　the　most　stable　and　similar　with　it,　and　thus,　they　most　likely　belong　to　the　same　cluster.　Consequently,　a　vehicle　can　choose　its　CH　by　following　the　most　stable　vehicle.　The　relative　mobility　between　two　vehicles　combining　the　gains　based　on　the　followed　number　and　the　historical　following　information　enables　a　vehicle　to　select　which　target　to　follow.　Extensive　simulation　experiments　are　conducted　to　validate　the　performance　of　the　proposed　clustering　scheme.