Background – Plastic Surgeons involved in the reconstruction of auricular defects require normative ear dimensions. The study aims to provide normative values of some auricular measurements and also evaluate age, sex related changes, and side to side variation in normal subjects in Enugu. Method – Four hundred subjects were studied with 201 males and 199 females. Each gender was stratified into child and adult age groups. Total ear height, total ear width, lobular height, lobular width as well as earlobe types and auricular and lobular indices were measured. Measurements were takendirectly from life sizetracing of the ear on a transparent film . Data were analyzed and presented in table and charts with appropriate statistical tests done. Results – it was found that there is an increase in auricular measurements with age . The male sex had higher values for total ear height, total ear width and lobular height as compared to their female counterparts. The female subjects had larger values for lobular width as compared to the males. There was positive significant correlation between the total ear height and total ear width (p < 0.05, r = 0.55); lobular height and lobular width ( p < 0.05 , r = 0.62); total ear height and lobular height( p < 0.05, r = 0.59); total ear width and lobular width ( p < 0.05,r = 0.358). Auricular and lobular indices evaluation suggests a faster increase in total ear height and lobular height than their width counterparts as age increases. Side to side asymmetry were noted in some auricular and lobular proportions. Conclusion – The study found that age and sex, appear to have influence on auricular measurements. There appears to be asymmetry when both sides of the ears were compared though not significant. Greater symmetry was noted for earlobe type. The limitations of direct anthropometry underscore the need for further evaluation. Key Words: morphometry, external ear, total ear height, lobular height, lobular width