The utility model discloses an intelligent sprint test system which is characterized by comprising a fingerprint collection subsystem, a main control system and an on-site test subsystem. A full process of fingerprint collection, on-line application, site sprint test, grade recording and grade inquiry in an intelligent sprint test is automatically finished under the help of an Internet of things technology. The whole process is intelligently managed; the problems on the sprint test when a large number of athletes are involved in multiple batches are well solved; the desired aims of cheating prevention, successive starting and crossed finishing at the end are fulfilled to the maximum extent; the labor intensity of manual test is greatly reduced, manmade interferences are reduced, and the test efficiency and the test accuracy are improved.