Glacier movement as an important factor in the response to climate and geophysical changes has been a hot topic in glacier dynamics.Traditional glacier mobile monitoring methods are mostly remote sensing monitoring;In this paper, real time kinematic technology was used for glacier monitoring.The technical principle and system structure were introduced, a monitoring system was established during CHIVARE 32, which consists of a base station and a mobile station in Antarctic ice sheet, and a real-time monitoring of the glacier movement was conducted.The differential data from February 28, 2016 to February 12, 2017 were obtained.The ice move data were processed and combined with the terrain near the mobile station.It was found that the measuring point moves 13.9 min the northwest during the monitoring period, and the summer movement speed is about 17.1%faster than that in winter.