The stent made by Shape Memory Alloy have high level of recoverable plastic strain that can be induced. Due to this superelasticity, self expandable stents using Shape Memory Alloy have over 60% of the world stent market. In this paper, considering the unique physical forces exerted on the femoropopliteal artery(FPA) during movement, we performed Nitinol stents product with experimental method composed of tensile, compression test. For the approach of simulating human movement, we assume the maximun of 50% of tensile, compression, bending, torsion unit of original length. Also we carried out analysis of what we did with experimental method by Finite Element Method using Abaqus 6.10.