Integrating LEO Satellites, HAPS Drones, and Ground Towers into a 3D Layered Radar Mesh

Coordinating ground base stations with high-altitude balloon platforms and low-earth-orbit satellites for unified 3D radar coverage.

Stratospheric High-Altitude Platform Stations (HAPS)

Solar-powered autonomous HAPS aircraft lingering at 20 km altitude provide wide-area radar coverage over 200 km radii. Ground towers and HAPS share synchronized radar timing, detecting low-flying drones and ground vehicles.

Seamless Space-Air-Ground Track Hand-Off

Target tracks transition seamlessly across LEO satellite beams, HAPS platforms, and urban street-level micro-cells through standardized 3GPP non-terrestrial network (NTN) interfaces.

3D layered radar integration across ground, stratospheric HAPS, and LEO orbits
200 km wide-area continuous surveillance radius from HAPS platforms
Seamless cross-tier track handoff maintaining unbroken target identities
Persistent coverage across deserts, oceans, and remote wilderness zones

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