Ultra wideband electrically small antennas are very useful in Electromagnetic Compatibility applications. When it comes to the size reduction of ultra wideband antenna structures and lowering their working frequency, fractal structures are a potential candidate. In this paper, Giuseppe-Peano (GP) fractal structure is applied to a broadband blade monopole antenna element. A second iteration Giuseppe-Peano fractal can reduce the lower operating frequency of the antenna approximately 8% compared to its equivalent simple square monopole. This reduction for a corresponding second iteration of Koch fractals is much less. Simulations show that GP blade monopole antenna is performing better than its Koch counterparts. The final design is able to operate from approximately 1.5 GHz up to more than 14 GHz having a size of around 40 mm by 40 mm. The radiation pattern of blade antennas are asymmetric in higher bands resulting in a radiation null in some directions of the higher band.