The presented synchrotron radiation model is an addition to the library of Cherab’s radiation models and follows the ideology used in both Cherab and Raysect. This makes it applicable to a wide range of diagnostics and allows it to cover many features of synchrotron radiation observed in Tokamak discharges. To make the model variable, the two main inputs into the model were made as general as possible. The first is a 6D electron distribution function and the second is a magnetic field in the form of a 3D vector function. These inputs in combination with the Raysect’s general 3D ray tracing capabilities make it possible to treat a wide range of phenomena. For example observable effects of 3D magnetic fields on camera images and reflections of the synchrotron radiation from the first wall. The contribution will give a brief description and discussion of the model possibilities and examples of forward models of 2D CCD camera images.