Here,　Pt　modified　anatase-type　titanium　dioxide　(TiO2)　nanotube　arrays　were　prepared　by　electroplating　method　for　a　low-platinum　Pt/TiO2　nanotubes　electrode　(Pt/TiO2-NTs).　By　contrast,　we　fixed　Pt　on　TiO2　dense　film　by　the　same　procedure　as　a　control　sample　(Pt/TiO2-F).　The　scanning　electron　microscopy　and　transmission　electron　microscopy　observation　showed　that　Pt　nanoparticles　were　distributed　uniformly　in　nanotube　arrays,　and　Pt/TiO2　NTs　showed　a　higher　efficiency　in　electrocatalytic　hydrogen　evolution　compared　with　Pt/TiO2-F　and　commercial　Pt/C　catalyst,　in　which　the　overpotential　of　Pt/TiO2-NTs　was　0.079　V,　the　Tafel　slope　was　42.7　mV.dec(-1)　at　10　mA.cm(-2).　The　catalytic　activity　of　3　000　cycles　duration　stability　test　results　showed　that　Pt/TiO2-NTs　exhibited　excellent　stability　compared　with　the　above　contrast　electrodes.