W-Cu　composites　have　been　widely　applied　in　numerous　critical　applications　due　to　their　excellent　comprehensive　properties.　However,　the　mechanical　properties　and　physical　properties　of　W-Cu　composites　can　hardly　be　enhanced　simultaneously.　In　this　paper,　multilayered　W-Cu　composites　with　various　copper　contents　were　fabricated　by　the　electric　field　assisted　fast　hot-pressing　technology.　The　prepared　multilayered　W-Cu　composites　demonstrate　simultaneous　enhancement　in　compressive　yield　strength,　electrical　conductivity,　and　wear　resistance　compared　to　those　of　the　commercial　counterparts.　The　improved　strength　can　be　attributed　to　both　the　enhanced　stress　partitioning　and　the　exceptional　strength　of　the　tungsten　layer.　The　combined　lower　friction　coefficient　and　high　strength　of　the　composites　contribute　to　the　reduced　wear　rate.　Moreover,　the　in-situ　compression　test　reveals　that　the　plastic　strain　of　the　multilayered　W-Cu　composites　is　primarily　governed　by　the　nucleation　of　kinking　band,　which　differs　it　from　the　nanolaminated　composites　where　plastic　strain　is　also　contributed　by　the　propagation　of　kinking　band.　This　work　reveals　the　advantages　of　the　multilayered　structure　and　provides　new　insight　for　the　structural　design　of　high-performance　W-Cu　composites.　©　2024