As larger displays become more available their lack of adequate input techniques becomes apparent. In this paper we show the scalability of the dynamic size and speed cursor for large, high-resolution displays. We introduce the idea of a dynamic paradigm for input devices, explain three implementations of the dynamic size and speed (DSS) cursor and explain results of an experiment. In our experiment we compared the three different implementations of the dynamic size and speed cursor to cursor warping and standard cursor settings. In the experiment we found gender bias for two different tasks (clicking and simple drag and drop), found that one of the dynamic size and speed cursor implementations generally outperformed cursor warping and the standard cursor setting, and explain how distance to and size of targets effected results. We conclude by suggesting the use of a dynamic size and speed cursor with large, high-resolution displays.