This paper presents the results of the survival rate and growth of Red Drum (Sciaenops ocellatus) cultured in ponds with three different stocking densities: 1 fish/m2 (density 1), 2 fishes/m2 (density 2), 3 fishes/m2 (density 3). After 10 culturing months, the survival rate and growth of the fish with stocking density 1 were highest. The growth rate of the fish was 0.316 g/day/fish, and the survival rate was 83.3%. The fish with stocking density 2 showed the growth rate of fish as 0.221 g/day/fish and the survival rate as 70%. The growth and survival rate of the fish with stocking density 3 were lowest with the growth rate as 0.168 g/day/fish and the survival rate as 60.8%. There were significant differences in the statistics of the survival rate and the growth rate of the Red Drum fish with 3 different stocking densities. These results contribute to improving the technological process of intensive culture of Red Drum in ponds using pellet feed.