 This paper describes the development of a novel cadaveric perfusion model which allows for the simulation of clinically relevant conditions such as intra-individual comparison studies, training of interventional procedures, and pre-clinical testing of endovascular devices. The perfusion model was successfully established in five fresh frozen cadavers and 10 upper legs, allowing for the visualization of the entire peripheral artery system using computed tomography angiography, CTA, digital subtraction angiography, DSA, and intrabascular ultrasound, IVUS. Additionally, the perfusion model allowed for the introduction and testing of previously inused devices. This article was authored by Philip Greshwitz, Victor Hartung, Florian Kleefelt, and others.