Orthoptera species distribution ranges are dynamically shifting because of climate change. This article documents the expansion of the short-winged grasshopper Pezotettix giornae in Western and Central Europe between 1990 and 2024. Published records from Central Europe (Austria, Slovakia, Hungary, and the Czech Republic) are supplemented with data from public databases and targeted field surveys, particularly in southeastern Moravia and the Burda Hills region of southern Slovakia. Whereas P. giornae was previously abundant mainly in the Mediterranean reaching northwards into central Hungary, its range has gradually shifted northward over the past 30 years, now reaching central France, Austria, Slovakia, and the Czech Republic, with single individuals transported to northern France, northern Switzerland, central Germany, and the Netherlands. The increase in abundance and the number of newly recorded localities indicate the dynamic spread of this species despite its inability to fly. This expansion is facilitated by climate warming, the species' ability to colonize ruderal and successional habitats, and passive dispersal via transportation, particularly along road and railway corridors. The case of P. giornae demonstrates that even brachypterous species with limited dispersal ability can undergo significant range shifts. This trend has important implications for ecological modeling and the prediction of future species distributions and biodiversity conservation strategies in the changing European landscape.