Selection for improvement of desirable traits will be successful only when it is performed based on reliable genetic parameters. An experiment was conducted by segregating populations of two inter hybrid combinations LBG-17 X TAU-1 and BDU-4 X TAU-1. Genetic parameters including mean, range, phenotypic coefficient of variation (PCV), genotypic coefficient of variation (GCV), heritability, genetic advance (GA) and genetic advance as per cent mean in F2 generations were assessed for yield and yield components viz., seed yield per plant, pod number per plant, pod length, number of seeds per pod and 100 seed weight. A wide range of variation was observed for all the characters in two segregating populations but wider range was observed in the cross BDU-4 X TAU-1 than the population LBG- 17 X TAU-1. BDU-4 X TAU-1 population recorded highest variance for number of pods per plant and 100 seed weight and it was on par for rest of the trait. Moderate to high estimates of genetic variation, heritability and the expected genetic advance were obtained for pod number and seed yield per plant. The study of phenotypic correlation indicated significant positive association of seed yield per plant with all yield attributing traits in both the populations except for seeds per pod in LBG-17 X TAU-1. The populations can be considered for improvement of traits with limited variability traits pods per plant and 100 seed weight using biparental mating to enhance further recombination by breaking the undesirable linkage among various component traits of seed yield. Based on F2 and F3 data few high yielding lines have been identified.