Size differences between sexes in migratory birds may result in different energetic requirements and, consequently, different movement patterns. Many migratory shorebirds exhibit reverse sexual dimorphism, and evidence suggests temporal and spatial sex-differences in space use and movement patterns in these species. We tested whether space use and movement patterns could be sex-biased in Hudsonian godwits (Limosa haemastica), a long-distance migratory shorebird with reverse sexual dimorphism, during the non-breeding season. We found no evidence that space use and movement patterns differed between sexes. We found that individuals exhibited two clear movement patterns: range-residency and nomadism. We propose that godwits likely employ sex-specific foraging strategies to exploit the same resource within the same space, consequently minimizing interference competition. We also suggest that the contrast between movement patterns may be the result of factors such as experience, physiological state, and external environmental conditions, rather than sex.