Introduction: This bibliometric analysis aims to comprehensively assess the literature related to gait rehabilitation for individuals with spinal cord injury (SCI) to identify significant contributors, and to explore the collaborations and emerging themes in the field. This study helps to assess the scientific evolution of the field that occurs with technological advancements. Gait rehabilitation following SCI requires a multi-disciplinary approach and the current analysis will assess the global collaborations and provide insights for policymakers, funders, publishers, and future researchers. Methods: The Clarivate Web of Science Citation Index Expanded database was searched using the keywords (“gait” OR “walking” OR “locomot* OR “Ambulat*”) AND (Spinal cord injur*)” for all original and review English articles that were published from the inception of the database till date. The data from the selected articles were imported into R software, and bibliometric indicators were assessed to determine author contributions, country affiliations, journal sources, and thematic trends. Results: A total of 1313 pertinent articles were found, with the USA leading in contributions to SCI gait rehabilitation research. Other notable contributors include Canada and Switzerland. Key journals include Spinal Cord, Archives of Physical Medicine and Rehabilitation, Journal of Spinal Cord Medicine, Journal of NeuroEngineering, and Journal of Neurotrauma. Leading contributors are Northwestern University, the University of Miami, and the University of Alberta. The analysis indicates a growing interest in gait rehabilitation research post-2000, emphasizing interdisciplinary approaches and emerging technologies such as robotics, exoskeletons, and neuromodulation. Conclusion: The analysis underscores the significance of collaborative and interdisciplinary research in gait rehabilitation, revealing a shift from traditional methods to technology integration. Notably, publications from the USA and Europe have a substantial impact, emphasizing the increasing focus on technology-driven approaches and understanding neuroplasticity in gait rehabilitation.