In　fractal　theory,　the　fractal　dimension　has　been　accepted　as　a　quantitative　parameter　to　measure　the　complexity　of　fluctuations　and　the　persistence　of　wind　speeds.　Typhoons　are　extreme　wind　events　that　damage　structures.　In　this　study,　on　the　basis　of　wind　field　measurements,　the　fractal　dimension　characteristics　of　four　typhoons　in　southeastern　China　are　examined.　Typhoon　wind　speeds　at　different　heights　and　locations　are　presented.　Monofractal　dimension　analysis　was　first　conducted,　and　the　results　revealed　that　the　typhoon　wind　speeds　were　persistent,　with　fractal　dimensions　smaller　than　1.5.　For　all　four　typhoons　considered,　with　the　onset　of　landfall,　the　fractal　dimensions　approach　1.5,　indicating　unpredictable　trends　in　the　time　series.　Multifractality　is　accepted　to　exist　in　the　typhoon　wind　speed　dataset,　and　multifractal　analysis　was　also　conducted　on　the　basis　of　the　measured　typhoon　wind　speeds.　The　results　show　that　the　fractal　parameters　calculated　by　multifractal　analysis　are　generally　greater　than　those　calculated　via　monofractal　analysis.　This　research　aims　to　improve　the　understanding　of　the　inner　dynamic　characteristics　of　typhoon　wind　speeds.　These　fractal　parameters　can　provide　quantitative　references　for　future　typhoon　simulations　and　predictions.