Following the design of RDRA, the CPW fed slot loop in con- junction with dielectric loading is designed as the feed. CPW is chosen as the feed owing to its relatively low loss, ease of fabrication, no drilling of hole among other advantages. A thor- ough study of CPW feed to DRA was done by Ghosh et al. [21]. Their study reveals that a CPW loop feed occupies the least area. Taking this point into consideration, parametric studies are per- formed to obtain the best resonance characteristics. To design the loop, FR4 is chosen as the substrate with dimensions of 50 mm x 50 mm having relative permittivity of and height . Once the Euclidean DRA has been char- acterized fractal geometry is applied on its boundary as shown in Fig. 1. The generation procedure for the fractal is depicted in Fig. 2. The fractal is formed by displacing the middle one-third of each straight segment (indentation length) by some fraction called the indentation width. Indentation factor: (i) is defined here as the ratio of indentation width to the indentation length. The resulting structure has five segments for every one of the previous iteration, but not all of the same scale. Changing the indentation factor causes a shift in the resonant frequencies, so proper tuning of the indentation factor is necessary to obtain wideband characteristics