Mayoral candidates Kim Bu-gyeom of the Democratic Party and Choo Kyung-ho of the People Power Party are competing to revitalize the Daegu economy.

The race centers on the city's economic stagnation, with both candidates attempting to secure voter support by proposing different paths toward regional growth and infrastructure development.

Kim Bu-gyeom focused his campaign efforts on the acceleration of major infrastructure projects. He said that the current pause in the Daegu-Gyeongbuk New Airport relocation project must be addressed immediately to create future economic opportunities for the region.

"The Daegu-Gyeongbuk New Airport relocation project, which is currently suspended, must be started quickly so that space can be created to produce future food for Daegu through land acquisition," Kim said [1].

Choo Kyung-ho directed his campaign toward the immediate needs of local merchants and traditional markets. His strategy emphasizes direct support for small businesses to stimulate the local economy from the ground up.

The candidates spent the final days of the campaign visiting new urban developments and traditional markets across Daegu. These efforts were aimed at maximizing turnout for the local elections scheduled for June 3, 2024 [1].

Both candidates have tied their success to the ability to restart stalled projects and provide relief to the city's commercial sectors. The competition highlights a divide between a strategy focused on long-term industrial infrastructure, and one centered on immediate grassroots economic relief.

The Daegu-Gyeongbuk New Airport relocation project, which is currently suspended, must be started quickly

The contest for the Daegu mayoralty reflects a broader tension in South Korean regional politics between prioritizing massive infrastructure-led growth—such as the New Airport project—and supporting the existing small-scale commercial ecosystem. The outcome will determine whether the city pursues a high-capital development strategy or a more conservative, support-based economic recovery model.