A study of the radial gradients driven neoclassical transport for fast ions, produced by isotropic source, in an axisymmetric toroidal system is present. The governing equation, the bounce averaged Fokker-Planck equation which contains both effects of the pitch angle scattering and the drag, is solved by utilizing the eigenfunction technique in cooperation with a rigorous numerical treatment. The results, which contain the complete physics of both collisional effects for finite inverse-aspect-ratio (e = i), are found to be, for most of the relevant parameter regimes, in between of the previous limiting calculations 1 ' 4 .