The aim of this study was the correlation between Running-based anaerobic sprint (RAST) field tests, Sargent jump and 300 yard shuttle run tests with laboratory anaerobic Wingate test in evaluation of indoor soccer player’s anaerobic readiness. To this reason, 30 indoor active soccer players (mean age: 25.06± 1.41yrs old, weight 66.86± 8.62 kg, Height 175.53 ± 5.41, Fat percent 13.2±5.5 and BMI 22.64± 2.26) purposefully were selected. Results showed that there is significant correlation between the indexes of RAST test in two steps of evaluation (maximum, average and minimum power and fatigue index), (r1=0.58, and r2=0.72, r3= 0.67, r4=0.65, P<0.01). There are significant correlation between the index of Wingate and RAST tests (maximum, average and minimum power) (r1=0.59, and r2=0.64, r3= 0.45, P<0.05) But found no significant correlation between the fatigue index obtained from this tests. Furthermore the results showed that there is significant correlation between the index of Wingate test (maximum, average and minimum power) power obtained from the Sargent test, (r1=0.76, and r2=0.67, r3=0.60, P<0.01). there was no significant correlation between parameters obtained from the Wingate test (maximum, average and minimum power and fatigue index) and obtained time of the 300 yard shuttle test, (r1=-0.24, and r2=-0.28, r3= -0.24, r4=-0.16, P<0.05). Results showed that indexes obtained from the RAST test, (maximum, average and minimum power and fatigue index) to have adequate reliability therefore we can use the maximum, average and minimum power indexes as a acceptable criteria in athletes anaerobic evaluation. Lack of correlation between fatigue indexes in two tests is due to the differences in these tests.
