In this study, the mechanical properties of a high-strength laminated vibration damping steel sheet (LVDSS) with stretchdominateddeformation behavior were characterized and successfully applied to formability prediction. The high-strengthLVDSS was fabricated with dual-phase 590 steel sheets as outer skins and polymeric adhesive layer as a core via roll bonding. The uniaxial and biaxial mechanical behaviors were evaluated by performing uniaxial tension and in-plane biaxialtension tests, respectively, while the forming limit was investigated by conducting punched dome tests. Then, based on theexperimental data, the mechanical properties of the LVDSS were characterized, viz., the hardening curve, yield function,and forming limit curve. As an example of LVDSS application, a square cup drawing test was conducted and a dashboardprototype was fabricated using an LVDSS, and the deformation and failure behaviors were successfully predicted via a finiteelement simulation performed by inputting the characterized mechanical properties.