Drip irrigation is a technology that is still being developed. Drip irrigation drains water by dripping with regular debits in accordance with plants' need. To determine the efficiency of drip irrigation and determine the yields, trials were needed to be conducted by using three kinds of soil texture (clay, loam and sandy clay loam) and mustard plant had been chosen due to its sensitivity to irrigation. The purpose of this study was to analyzed the efficiency of drip irrigation and the water needs of green mustards (Brassica juncea) and measure its growth and productivity in various soil textures using drip irrigation. Method used in this research was experimental method by on field trials. Observed parameter was volumetric gravimetric, specific gravity, porosity, average water discharge on emitter's output, emitter uniformity, the amount of water use, the efficiency of water use, storage efficiency, surface area of glass container/polybag, the water needs of mustard plants, plant height, number of leaves, plant weight, and crop productivity. The amount of the provision water was determined by three phases, i.e. in the early phase of growth 3.78 liters/day, in the middle phase 15.3 liters/day, and the last phase7.65 liters/day. The height of mustard that grew on clay was 23.05 cm, on loam was 15.79 cm, and on sandy clay loam was 21.06 cm; the number of plant leaves on clay was 11.93 leaves, on clay was 9.60 leaves, and on sandy clay loam was 9.23 leaves; mustard plant productivity on clay was 1566.69 g/m2, on loam was 761.93 g/m2, and on sandy clay loam was 1843.41 g/m 2. Storage efficiency in early phase of clay was 22.83%, loam was 27.87% clay, and sandy clay loam was 23.41%; in the middle phase clay was 56.61%, loam was 89.18%, and sandy clay loam was 57.21%; in the last phase clay was 23.3%, loam was 67.48%, and sandy clay loam was 48.82%.   Keywords: drip irrigation, soil texture, mustard plants, irrigation efficiency, productivity