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The purpose of this study is to gauge the foot plantar pressure including individual toe pressure of the five-toed shoe. 10 female college students walked at a casual speed on a 10m path in which an E-med (Novel) had been placed. Five-toed shoe was used. The control group was bare foot. The five-toed shoe has individual compartments for each toe, which allow them to spread independently. There are three parts of the outsole (fore foot, mid foot, and rear foot) made of vibram. The outsole is segmented into 1mm-spaced zig-zagging treads that make fine use of all the foot’s muscles, tendons, and ligaments, prevent slipping, result in a greater range of movement, and allow great sensitivity of various footings and can develop the proprioceptive system. Dependent variables were maximum, minimum, and mean pressures as well as the path of pressure during both total foot contact and the individual twelve sectors’ contact (five toes, five for fore-foot, one for mid-foot, one for rear foot). A pressure plate (E-med, Novel) was used to measure plantar pressure. T-test (from SAS) was used to analyze the differences of the dependent variables according to group. The statistically highest pressure value on the heel, 4th(t=6.132,p<.01),and5th(t=-3.537,p<.01)toes was found in the five-toed shoe. The shoe design did not affect the maximum pressure on a hard, flat surface. However, it affected the pressure distribution, especially on the 4th and 5th toes. The 1st, 2nd, and 3rd toes connect to one bone, but the 4t hand 5th toes connect to another. The yare anatomically divided. Because the 1st toe has the main role during activities, the 2nd and 3rd toes benefit from being attached to it. However, the 4th and 5th toes can degenerate independently of the 1st, 2nd, and 3rd toes. As this happens, the 1st toe develops Hallux Valgus. Base of support is one of the most important factors for developing good balance, so it is essential to exercise the 4t hand 5th toes. The five-toed shoe type distributes pressure across the toes, thereby simultaneously strengthening the 4th and 5th toes and decreasing the risk of developing Hallux Valgus. Moreover, because the five-toed shoe recruits more muscles, it engages the nerve system more. As a consequence, it increases brain stimuli.