In recent past; change in lifestyle has paved the way for many diseases like obesity and diabetes with huge demand for reduced calories low fat sugar free products. Therefore, to meet the demand of the current market a low-fat sugar free ice-cream was prepared. The per kg fi nal formulation provided by response surface methodology (RSM) to prepare desirable low-fat sugar free ice cream is 751ml skim milk, 31gm cream, 65gm SMP, 18.2ml sorbitol, 30gm maltodextrin, 70gm polydextrose, 12.5gm WPC-70, 0.009gm sucralose and 5gm emulsifi er. RSM was used to investigate the infl uence of predictor variables (sorbitol and sucralose) on ice-cream color and appearance, body and texture, fl avor and taste and melting resistance. 1-3% level of sorbitol and 0.005-0.015% sucralose was varied. Finally, 2.33% sorbitol and 0.009% sucralose were obtained as optimum levels. Available literature indicated levels of Maltodextrin as fat replacer was found effective at 3% and polydextrose at 7% in providing bulk to the ice-cream without affecting the sensory attributes and Physico-chemical parameters. Low calorie sweeteners sorbitol and sucralose on comparison to sucrose were effective in imparting sweetness without adding calorie to the prepared ice-cream. Prepared ice-cream was effective in mimicking mouth feel of full fat icecream. The Optimized ice-cream was analyzed for various parameters including Total solids, fat, protein, moisture, titrable acidity, ash, carbohydrate and overrun as 30. 44, 2.40, 4.69, 69.56, 0.135, 1.34, 22.01 and 61.6g/100 g respectively. The total plate count (TPC) of freshly prepared ice cream was 1.5×103, yeast &mould was absent and coliform count was found nil. The calorifi c value of ice-cream was reduced from 200 kcal to 116.74 kcal/100 gram