LEO satellite constellation system for facilitating enhanced positioning and methods for use therewith

A method comprising:

• providing a plurality of satellites of a satellite constellation system, wherein each satellite of the plurality of satellites includes at least one processor configured to:
• generate satellite state data;
• and
• generate a navigation signal based on the satellite state data;
• and
• transmitting, via the each satellite of the plurality of satellites, the navigation signal for receipt by at least one client device on earth;
• wherein the each satellite is configured to orbit in one of a plurality of orbital planes of the satellite constellation system at an altitude range corresponding to low earth orbit (LEO), wherein each of the plurality of orbital planes includes a corresponding one of a plurality of satellite subsets of a plurality of satellites that each utilize a single primary pseudo-random noise (PRN) code;
• wherein a first orbital plane of the plurality of orbital planes corresponds to a first coverage area facilitated by a plurality of navigation signals transmitted by ones of the plurality of satellites in the first orbital plane, wherein the plurality of navigation signals transmitted by the ones of the plurality of satellites in the first orbital plane each have a first primary PRN code;
• and
• wherein a second orbital plane of the plurality of orbital planes corresponds to a second coverage area facilitated by a plurality of navigation signals transmitted by ones of the plurality of satellites in the second orbital plane, wherein the plurality of navigation signals transmitted by the ones of the plurality of satellites in the second orbital plane each have a second primary PRN code.