In recent decades, the global geopolitical landscape has undergone significant shifts, prompting both emerging and established powers to redefine their strategic partnerships. Russia's re-engagement with the African continent, especially the Southern African Development Community (SADC), the main regional organization in Southern Africa, reflects a broader strategy aimed at securing political influence, economic opportunities, and a multipolar world order. The subject of this research study is Russia’s evolving political and economic relations with SADC member states, with the research object being the institutional, diplomatic, and economic dimensions of this partnership. The article explores how Russia positions itself within the region, the nature of bilateral and multilateral cooperation frameworks, and the motivations driving both parties to deepen their collaboration. The research adopts a qualitative methodology grounded in comparative political analysis, supported by document review and discourse analysis of official Russian and SADC communications, policy statements, and strategic agreements. The scientific novelty of the study lies in its comprehensive focus on Russia-SADC relations as a distinct subsystem within Russia’s broader Africa policy. While most existing scholarship tends to generalize Russia’s engagement with the continent, this article highlights the specificity of its Southern African vector. It identifies key phases of bilateral and multilateral cooperation, as well as the political motivations driving Russia’s renewed presence in the region, including energy diplomacy, military cooperation, and soft power initiatives. The findings suggest that Russia is not merely reviving historical ties from the Soviet era but is also recalibrating its approach to match current geopolitical realities. The article concludes that Russia's strategy in the SADC region reflects a pragmatic blend of economic interests and geopolitical signaling, which may have lasting implications for regional security and development.
Singuwa et al. (Thu,) studied this question.