UWB (Ultra Wide-Band) radar systems are used in a variety of applications. The UWB radar imaging algorithm SEABED (Shape Estimation Algorithm based on BST and Extraction of Directly scattered waves) is a method that can be used in real-time operation, although it requires high-resolution data. Although the resolution of radar is basically restricted by its bandwidth, super-resolution techniques can be used to overcome the conventional resolution limit. In this paper, we investigate super-resolution techniques for UWB radar experimental data.