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Computed non-terrestrial-network coverage and availability datasets for satellite constellations - the ground-truth-grade simulation layer that 5G/6G NTN buyers need but cannot cheaply generate themselves. SatPlan 360 does not use static footprints or statistical assumptions; it evaluates service availability ALONG REAL TERRESTRIAL ROUTES, accounting for terrain, elevation, urban density and time-varying satellite visibility. Licensable artefacts: time-dependent satellite visibility and access-window series per location; route-based KPI traces (availability, continuity, latency, coverage gaps and service discontinuities) along named road, rail and corridor paths rather than static snapshots; handover and mobility event sequences under satellite motion; multi-orbit and multi-constellation comparison sets across LEO, MEO and GEO hybrids; and scenario outputs for outages, orbital changes and partial constellations. Two properties make the output valuable as data rather than merely software: it is terrain- and urban-aware, precisely what separates a defensible NTN coverage prediction from a published operator footprint; and outputs are exportable as coverage maps, heatmaps and GIS-compatible data. Its ecosystem position (integration with CELEOS, FLEX-SPACE 5G NTN, OAI-based protocol stacks and external GIS) means simulated coverage can be validated against emulated real stacks, giving a ground-truth pairing that pure simulation vendors lack. The parent is also an engineering consultancy, so bespoke route and corridor studies are producible to order rather than limited to a fixed catalogue.