The utility model discloses a novel micro control kinetic friction coefficient tester, belongs to the field of measurers, and aims at solving the problems that time and labor for manually testing a kinetic friction coefficient of a gymnastics site or a single hop plate are wasted and the accuracy is low. When the novel micro control kinetic friction coefficient tester is used for testing the kinetic friction coefficient, a fixed platform is leveled, a material to be tested is horizontally laid on the fixed platform, and the material to be tested is flattened to remove drapes by a heavy object or other methods; then a pressing cylinder tightly presses the material to be tested on the platform, and the test is started; a reciprocating driving cylinder drives a test sliding block to do reciprocating motion so as to finish a push-pull sequence; in the last push-pull motion of the push-pull sequence, the maximum value and the temperature value of push-pull force are tested; after the tester pauses for 300 seconds, test operation of another push-pull sequence is executed, and then the test is ended. Test control software is used for automatically displaying a record and a curve of tension and time and calculating the maximum static friction coefficient. After all the test processes are finished, data are automatically finished and calculated, and a test record is printed, stored and output.