This model provides a platform to understand the shape and structure of dilute bottlebrushes, in the context of a wide number of variations beyond what we consider in this manuscript. For example, grafting density and varying-width bottlebrushes are structural variations of interest, along with block bottlebrush chemistries. We expect that combined simulation-experimental model development will enable predictive in silico methods that can address the ever-expanding parameter space associated with this emerging class of macromolecules. Finally, we anticipate that further coarse-graining approaches may be capable of considering increasingly complex systems such as non-dilute solutions in-and out-ofequilibrium, or in bottlebrush self-assembly.