<p>FeCoCrNiMnTi_x high entropy alloys (HEAs) coatings were prepared by laser cladding. The microstructure and wear resistance of the HEAs coatings after adding different Ti content were systematically studied. Experimental results revealed that Ti addition promoted the formation of BCC and (Co, Fe)₂Ti Laves phases in the HEAs coatings, and the diffraction peaks of (111) crystal plane of FCC phase was shifted to small 2<i>θ</i> angle as Ti content was continuously added. The structure morphologies of the HEAs coatings were not obviously changed by Ti addition, and the microstructure was refined by the formation of fine and short dendrites and equiaxed crystals, and compact dislocations and dislocation stowage were also formed. The microhardness of the HEAs coatings was gradually improved as Ti content was added, and the mass loss and friction coefficient showed a trend of decreasing first and then increasing. Compared with FeCoCrNiMnTi_0.0 HEAs coatings, the microhardness of the HEAs coatings was improved by 128.32% for 1.0 of Ti addition, the mass loss and the friction coefficient was reduced by 54.75% and 10.72% for 0.75 of Ti addition, respectively. The wear mechanism of the HEAs coatings was transformed from adhesive wear and abrasive wear supplemented by oxidation wear to abrasive wear and supplemented by oxidation wear as Ti content was gradually added.</p>