Dry heat parboiling improved the physical properties of rice kernels. The two processing conditions resulted in distinct changes in the properties of the products. Developed kernel hardness resulted in improved head rice yield. Extensive gelatinization and molecular breakdown led to the development of peculiar physicochemical characteristics. Amylose content was primarily responsible for the alteration of the molecular status in all the three rice varieties. Results indicated that the long chains of amylopectin in waxy rice complexes with lipid to give mild V-type crystalline peaks. Dry heat parboiled rice can be utilized for making infant foods and foods for the elderly because of its low resistant starch and soft cooked texture. The continuously rising viscosity upon cooking of dry heat parboiled low amylose rice flour slurries indicated their potential applicability as thickening agent. A continuous roasting machine capable of recycling the used heated sand, coupled with a digital temperature control system may be designed for an economically more viable and safer dry heat parboiling process