Infrared (IR) blanching and IR assisted hot air (hybrid) drying of carrot slices were attempted and their performance (processing time, retention of vitamin C and rehydration characteristics) was compared with conventional blanching and drying techniques. Intermittent heating of carrot slices using IR radiation (chamber maintained at 180 - 240 C ) for 8-15 min resulted in desired level of enzyme inactivation. The time required for blanching of carrot slices ( 10 mm thick ) using hot water, steam and IR radiation was 5,3 and 15 min, respectively. Retention of water soluble vita-min C was higher (62%) in IR blanched carrot as compared to water (43%) and steam (49%) blanching. IR blanching reduced the moisture content by 13-23% (absolute). IR blanched samples dried by hybrid mode took 45% lesser time compared to water blanched-hot air dried samples. Higher rehydration moisture of dried samples indicated the retention of cell structure during IR blanching. Vitamin C retention was 39% higher in IR blanched-hybrid dried slices compared to water blanched-hot air dried. The study shows the potential application of dry-blanching and IR assisted hybrid drying in food processing for improving product quality.