What necessitates LEO constellations numbering in the hundreds or thousands for global connectivity?
Answer
Orbital physics, the need for constant handoffs, and market demand for high-speed access.
Achieving ubiquitous, low-latency service in LEO demands massive constellations because of orbital physics, which forces constant handoffs between rapidly moving satellites, combined with market demand for global high-speed data.
Related Questions
What necessitates LEO constellations numbering in the hundreds or thousands for global connectivity?How far above the Earth do traditional Geostationary Orbit (GEO) satellites sit compared to LEO satellites?What specific feature of the LEO altitude enables viability for real-time applications like video conferencing?Why is spatial redundancy crucial for maintaining continuous service in a LEO constellation?What factor dictates the exact number of satellites required for achieving global coverage?What typically accounts for the difference between initial baseline deployment numbers and the final, fully operational LEO constellation size?What is the primary focus of industry research aimed at optimizing constellation design?If engineering efficiency reduces the necessary geographical overlap between adjacent satellites by ten percent, what is a direct benefit?What major economic factor is currently fueling the intense focus on deploying massive LEO satellite constellations?What is the primary initial value proposition for deploying LEO satellites, especially considering their high complexity?