Studies using post mortem human subjects (PMHS) are conducted for the design and evaluation of dummies. Biomechanical variables such as forces, accelerations, and deflections are used to characterize responses under simulated environments including frontal, rear, nearside and far-side impacts. The present paper is focused on the nearside occupant. Chest and abdominal deflections are important variables in this mode because real-world injuries to these regions of the human body are shown to correlate with occupant kinematics during the loading event. Consequently, this paper focuses on kinematic data from PMHS tests. Specifically, deflections obtained from chestbands placed on the outer periphery of the thorax and abdomen, and injury data from simulated pure lateral, anterior oblique, and posterior oblique impacts are presented.