arXiv:2611.14007v1 Announce Type: new Abstract: One of the problems of the tracking modules is their significant inertia in case of narrow bandwidth, which is desirable to mitigate signal noise. The paper describes a method of phase correction, improving accuracy and dynamic characteristics of the tracking process in GNSS receivers. The pivotal idea of the method supposes correction of the phase deviation between the received signal and its local copy at the end of every integration period. This correction is performed directly over the phase accumulator of a DDS system. This approach reduces inertial effects crucially. Application of phase correction method with narrow filter bandwidth is much more efficient when FLL-assisted PLL tracking is used. It is shown that in this case a separate FLL discriminator is not needed, and the resulting filter structure can be significantly simplified.