During the G2-M transition, the highly organized Golgi apparatus undergoes reversible fragmentation through unstacking of the cisternal ribbon and disassembly into radially dispersed vesicles and tubules. These Golgi-derived fragments redistribute randomly within the cytoplasm, partition stochastically, and in telophase coalesce to generate a functionally and structurally intact Golgi complex. Here we identified a novel step in postmitotic Golgi reassembly that requires the clathrin heavy chain (CHC). We used siRNA-mediated CHC knockdown, biochemistry, and morphological analysis and showed that the spindle- and spindle pole-associated clathrin pools are membrane-bound and required for postmitotic Golgi reassembly. The results presented here show that clathrin remains associated with the spindle poles throughout mitosis and that this clathrin pool is distinct from the previously characterized spindle-associated population. We suggest that clathrin may provide a template for postmitotic Golgi reassembly and cisternal remodeling. In absence of the CHC, the Golgi apparatus remained disconnected and disordered and failed to regain its characteristic perinuclear, lace-like morphology. Our findings build on previous independent reports that clathrin is required for Golgi reassembly following disruption with pharmacological agents and for mitotic chromosome congression.