In　this　paper,　detailed　wind　field　data　of　the　full　path　of　typhoon　＂Bailu＂　were　obtained　based　on　site　measurements.　Typhoon　＂Bailu＂　made　first　landfall　southeast　of　the　Taiwan　Strait　with　a　wind　speed　of　approximately　30　m/s　near　the　center　of　the　typhoon　eye　and　a　second　landfall　in　Dongshang　County　in　Fujian　Province.　The　moving　process　is　classified　into　3　regions　for　analysis　and　comparison.　Detailed　analyses　of　wind　characteristics　including　wind　profile,　turbulence　intensity,　gust　factor,　turbulence　integral　scale　and　wind　power　spectral　density　function　at　the　full　process　of　the　typhoon　are　conducted,　and　the　findings　are　presented　in　this　paper.　Wind　speed　shows　significant　dependence　on　both　the　direction　of　the　moving　path　and　the　distance　between　the　typhoon　center　and　measurement　site.　Wind　characteristics　significantly　vary　with　the　moving　path　of　the　typhoon　center.　The　relationship　between　turbulence　intensity　and　gust　factor　at　different　regions　is　investigated.　The　integral　turbulence　scales　and　wind　speed　are　fitted　by　a　Gaussian　model.　Such　analysis　and　conclusions　may　provide　guidance　for　future　bridge　wind-resistant　design　in　engineering　applications.