When　a　folded　resistive　patch　array　stands　up　on　a　metallic　plane,　it　can　exhibit　more　outstanding　absorption　performance.　Our　theoretical　investigations　and　simulations　demonstrated　that　the　folded　resistive　patch　arrays　can　enhance　the　absorption　bandwidth　progressively　with　the　increase　of　the　incident　angle　for　the　oblique　transverse　magnetic　incidence,　which　is　contrary　to　the　conventional　resistive　frequency　selective　surface　absorber.　On　illumination,　we　achieved　a　3D　structure　metamaterial　absorber　with　the　folded　resistive　patches.　The　proposed　absorber　is　obtained　from　the　inspiration　of　the　origami,　and　it　has　broadband　and　lager-incident　angle　absorption.　Both　the　simulations　and　the　measurements　indicate　that　the　proposed　absorber　achieves　the　larger-incident　angle　absorption　until　75　degrees　in　the　frequency　band　of　3.6-11.4　GHz.　In　addition,　the　absorber　is　extremely　lightweight.　The　areal　density　of　the　fabricated　sample　is　about　0.023　g　cm(-2).　Due　to　the　broadband　and　lager-incident　angle　absorption,　it　is　expected　that　the　absorbers　may　find　potential　applications　such　as　stealth　technologies　and　electromagnetic　interference.