In a pilot experiment, external skin measurements were taken on 9 male and 16 female broilers at 49 days of age and birds slaughtered at 50 days.Correlation coefficients between abdominal fat weight and external skin measurements were r = -.03 (males) and +.17 (females) for abdominal skin pinch; r = +.03 (males) and -.08 (females) for crop collar skin pinch; r = +.15 (males) both wings, r = +.59 (females) left wing, and r = +.71 (females) for right wing web thickness. Correlations were significantly different than zero in females for left wing (P<.05) and right wing (P<.01).The wet weights of sternal, pectoral, and humeral feather tracts, wing webs, and tail showed the right pectoral feather tract to have highest correlations of r = +.49 (males) and +.51 (females) with abdominal fat weight.Correlations between percentage abdominal fat (live basis) and percentage fat (wet basis) in the above tissues were highest for pectoral feather tracts, r = +.47 and +.75 (males) and r = +.75 and +.51 (females) for left and right sides, respectively. Correlations were significantly different than zero for percentage fat in right tract (P<.05) in males and left tract (P<.001) and right tract (P<.05) in females with percentage abdominal fat. Fat in left wing web minus tendon had r = +.51 (males) and +.61 (females) and a significant difference (P<.01) in females.Percentage moisture in pectoral feather tracts was negatively correlated with percentage abdominal fat, r = -.53 and -.59 (males); and r = -.70 and -.46 (females) for left and right sides, respectively.Correlations between total lipids in serum and percentage abdominal fat were r = -.04 (males) and -.05 (females).Results suggest abdominal fat should be directly measured rather than indirect measurements on tissues. Percentage fat in pectoral feather tracts, in wing webs minus tendons, and wing web thickness warrant further investigation.