The　inductive　power　transfer　(IPT)　system　needs　to　have　a　stable　output　even　when　the　coil　offset　occurs.　In　this　article,　a　combination　of　a　square　coil　and　a　novel　cross-shaped　solenoid　pad　with　reverse　windings　is　proposed.　The　former　is　used　to　pick　up　the　vertical　magnetic　flux,　and　the　latter　is　to　receive　the　horizontal　magnetic　flux　generated　in　the　offset　case　to　compensate　for　the　decrease　in　the　vertical　magnetic　flux.　A　dual-channel　inductor-capacitor-capacitor-series　topology　with　series　connected　diode　rectifiers　is　utilized　to　form　two　energy　transfer　channels　with　opposite　misalignment　characteristics　to　achieve　a　stable　output.　The　proposed　magnetic　couplers　can　achieve　a　smooth　mutual　inductance　fluctuation　in　both　the　horizontal　X-　and　Y-directions.　The　fluctuation　of　the　equivalent　total　mutual　inductance　is　4.35%　from　-210　to　210　mm　(52.5%　of　the　pad　size)　in　both　directions.　An　experimental　prototype　is　built　to　verify　the　stability　of　the　proposed　IPT　system.　The　experimental　results　show　that　within　the　52.5%　offset　range　of　the　pad　size,　the　output　voltage　fluctuates　by　only　4.52%.　A　stable　output　can　be　obtained　when　the　pad　is　offset　from　90　to　140　mm　in　the　vertical　direction　and　the　XOY　plane.