The Vibration Lab II is designed to provide students with a quick, visual, and hands-on approach to understanding key concepts in mechanical vibrations. This modern virtual lab focuses on the analysis of two-degree-of-freedom (2-DOF) systems, covering a wide range of topics such as free and forced vibration analysis, impulse response, dynamic vibration absorbers, and torsional systems. Through experiments like the free and forced vibration of a motor on a foundation, the response of a forging hammer to impulse excitation, the behavior of automotive vehicles under static and dynamic coupling, and the dynamics of a compound pendulum, students gain practical insights into vibration phenomena. The lab supports undergraduate and postgraduate courses, research scholars, and design-based learning, making it an essential tool for integrating vibration analysis into mechanical system design and development.